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Choudhuri, AR (2022) Emission of Electromagnetic Radiation. Springer Science and Business Media Deutschland GmbH, Singapore, pp. 207-245. ISBN 978-981-19-5944-8
Bagaria, A and Ramakumar, S (2020) Peptide Nanotubes: A Crystallographic Approach. [Book Chapter]
Balakrishnan, J and Preethi, LK and Kushvaha, SS and Mayandi, J (2022) Colloidal Quantum Dot Photodetectors for Infrared Imaging. [Book Chapter]
Bansia, H and Ramakumar, S (2023) Homology Modeling of Antibody Variable Regions: Methods and Applications. [Book Chapter]
Bhat, SV and Muthukrishnan, K and Ramakrishna, J and Srinivasan, R (2021) Lithium nuclear magnetic resonance in lithium formate monohydrate. [Book Chapter]
Brundha, G and Aishwarya, S and Patil, AG and Aishwarya, S and More, SS and Khan, K and Padyana, S and Madhavi, J and Yadav, AN and Ravish, H and Manjunath, PR and Sahu, B and Raghu, AV and Zameer, F (2022) Reinforced protein polymers in biomedical engineering. [Book Chapter]
Chethan, B and Prasad, V and Sunil Kumar, A and Thomas, S and Rupashree, MP (2024) Fabrication of surfactant-based electrochemical sensors and biosensors for analysis of textile dyes. [Book Chapter]
Chethan, B and Prasad, V and Sunilkumar, A and Thomas, S and Sreeharsha, A (2023) Design of nanostructured biosensors based on organic and other composite materials. [Book Chapter]
Chethan, B and Sunilkumar, A and Prasad, V and Thomas, S (2024) Surfactant Electrochemical Sensor Based on Carbon Nanotubes for the Analysis of Fungicides. [Book Chapter]
Choudhuri, AR (2022) Basics of Plasma Physics and Magnetohydrodynamics. [Book Chapter]
Choudhuri, AR (2022) Electrodynamics and Electromagnetic Waves. [Book Chapter]
Choudhuri, AR (2022) Electrostatics. [Book Chapter]
Choudhuri, AR (2022) Relativity and Electrodynamics. [Book Chapter]
Dattathri, S and Sharma, P (2020) An idealized setup for cosmological evolution of baryonic gas in isolated halos. [Book Chapter]
Desikan, R and Behera, A and Maiti, PK and Ayappa, KG (2021) Using multiscale molecular dynamics simulations to obtain insights into pore forming toxin mechanisms. [Book Chapter]
Josephine Selvarani Ruth, D (2019) Robotic Assemblies Based on IPMC Actuators. [Book Chapter]
Kumar, A and Jacob, J and Ali, BMJ (1999) Deviation from 3-D Ising critical behaviour in aqueous electrolyte solutions. [Book Chapter]
Kumar, Anil and Rani Grace, R Christy (2017) Nuclear Overhauser Effect. [Book Chapter]
Molugu, TR and Xu, X and Lee, S and Mallikarjunaiah, KJ and Brown, MF (2018) Solid-state 2 H NMR studies of water- mediated lipid membrane deformation. [Book Chapter]
Mukhopadhyay, Banibrata (2008) Transonic Properties of Accretion Disk Around Compact Objects. [Book Chapter]
Mukhopadhyay, B (2018) Spinning black holes, spinning flows and spinors. [Book Chapter]
Muthu, DVS and Jayaraman, A and Chandrabhas, N and Sood, AK and Teredesai, P (1998) Pressure induced phase transition in metallic LaB6: A Raman study. [Book Chapter]
Narayanan, RA and Kumar, A and Asokan, S (1998) Chemical and shifted mechanical thresholds in Al-Ge-Te glass system. [Book Chapter]
Patra, P and Prabhudessai, A and Acharaya, A and Dasgupta, R and Sarkar, P and Tarafdar, A and Biswas, K and Annapurna, K (2024) Fabrication of High Purity S/Se Based Chalcogenide Bulk Glasses for Mid-Infrared Photonics Applications. [Book Chapter]
Pramanik, D and Kanchi, S and Ayappa, KG and Maiti, PK (2021) Dendrimers: A novel nanomaterial. [Book Chapter]
Ramakrishnan, T V (2016) Anderson and condensed matter physics. [Book Chapter]
Ramakrishnan, TV (2016) One Subject, Two Lands: My Journey in Condensed Matter Physics. [Book Chapter]
Ramaswamy, S (1997) Excess dissipation in dense emulsions. [Book Chapter]
Ramaswamy, S (1997) Self-diffusion of colloids at freezing. [Book Chapter]
Ramaswamy, S (1997) Shear-enhanced diffusion in charge-stabilised colloids. [Book Chapter]
Rao, KSRK and Kumar, A and Gopal, ESR and Sangunni, KS and Asha, G (1998) Effect of bismuth doping in GeSe and GeSeTe glasses by photoluminescence spectroscopy. [Book Chapter]
Shabnoor, NS and Hema Bindu, A and Patil, AG and Aishwarya, S and More, SS and Khan, K and Padyana, S and Madhavi, J and Yadav, AN and Ravish, H and Manjunath, PR and Sahu, B and Raghu, AV and Zameer, F (2022) Peptide and protein-based hydrogels for the encapsulation of bioactive compounds and tissue engineering applications. [Book Chapter]
Shrivastav, AK and Pant, V (2022) Study of the Impact of Coronal Rain on Kink Oscillations of Coronal Loops. [Book Chapter]
Sood, AK and Munro, CH and Asher, SA and Gupta, R (1999) Unusual dependence of raman mode frequency on excitation wavelength in graphite and single walled carbon nanotubes. [Book Chapter]
Soonmin, H and Hegde, SS and Ramesh, K and Dongre, JK and Khattak, YH and Zhang, X-H and Sadanand, S and Dwivedi, DK and Oeba, DA (2021) Chalcogenides-based nanomaterials for solar cells and dye sensitized solar cells. [Book Chapter]
Subasri, S and Chaudhary, SK and Kesharwani, M and Sekar, K and Velmurugan, D (2022) Missense mutations in fumarate hydratase leading to cancer: Molecular modeling and molecular dynamics simulations of the mutants. [Book Chapter]
Swaminathan, Rajaram and Ravi, Vijay Kumar and Kumar, Satish and Kumar, Mattaparthi Venkata Satish and Chandra, Nividh (2011) Lysozyme: A model protein for amyloid research. [Book Chapter]
UNSPECIFIED (1983) DLTS investigation of iron level in gallium arsenide. In: Nuclear Physics and Solid State Physics Symposium, 1980.
UNSPECIFIED (1983) Dielectric behavior of crystalline powders of thiourea. In: Nuclear Physics and Solid State Physics Symposium, 1980.
UNSPECIFIED (2005) EPR of Fe3+ ions in macro porous nanocrystalline wollastonite ceramics. In: National Symposium on Electron Magnetic Resonance Spectroscopy, February 4 - 5, Pondicherry,India.
UNSPECIFIED (2005) EPR, Optical and IR Studies of $VO^{2+}$ Ions Doped Polyvinylalcohol Films. In: 50th DAE Solid State Physics Symposium, Dec. 5 - 9, 2005., Bhabha Atomic Research Centre, Mumbai.
UNSPECIFIED (2005) The Effect of Fuel on the Formation of $LaMnO_{3}$ - Spectroscopic Studies. In: 50th DAE Solid State Physics Symposium, Dec. 5 - 9, 2005., Bhabha Atomic Research Centre,.
UNSPECIFIED (1983) Electrical switching in a charge transfer complex tetramethyl-p-phenylenediamine-TCNQ under high pressure. In: Nuclear Physics and Solid State Physics Symposium, 1980.
UNSPECIFIED (1983) High pressure NMR study of ammonium hexafluorophosphate and methylammonium iodide. In: Nuclear Physics and Solid State Physics Symposium.
UNSPECIFIED (2005) Magnetoresistance and Transport Properties of $La_{0.9}Ba_{0.1}MnO_{3}$ Nanoparticles. In: 50th DAE Solid State Physics Symposium, Dec. 5-9, 2005., Bhabha Atomic Research Centre, Mumbai.
UNSPECIFIED (2005) Mixed Alkali Effect in $Li_{2}O -Na_{2}O-B_{2}O_{3}$ Glasses Containing CuO-An EPR and Optical Study. In: 50th DAE Solid State Physics Symposium, Dec. 5 - 9, 2005, Bhabha Atomic Research Centre, Mumbai.
UNSPECIFIED (2005) Nanocrystalline Macroporous Wollastonite Ceramics - A Spectroscopic View. In: 50th DAE Solid State Physics Symposium, Dec. 5 - 9, 2005., Bhabha Atomic Research Centre, Mumbai.
UNSPECIFIED (1999) Native-state hydrogen-exchange studies of a fragment complex can provide structural information about the isolated fragments. In: Proceedings of the National Academy of Sciences of the United States of America, April-1999, Bangalore,India.
UNSPECIFIED (1983) On polarization fluctuations in radiation damaged crystals near phase transition. In: Nuclear Physics and Solid State Physics Symposium, 1980.
UNSPECIFIED (1983) Single crystal silicon fibers and their use in MOS transmission lines. In: Nuclear Physics and Solid State Physics Symposium, 1980.
UNSPECIFIED (2005) Structural and metal-insulator transition studies on nanocrystalline $La_{1-x}Ba_{x}MnO_{3}$ (0 \leq x \leq 0.3) manganites. In: International Conference on Spectro Physics (INCONS 2005), Feb 9 -12, 2005, Chennai.
UNSPECIFIED (2005) Structural and transport properties of nanocrystalline $LaMnO_{3}$ powders prepared by low temperature route. In: Conference on Nanomaterials and Applications (NANO-2005), May 27 -28, 2005, Amity Institute of Nanotechnology, Amity University, Noida.
UNSPECIFIED (1983) Thermal dilatation studies in commensurate-incommensurate type rubidium tetrachlorozincate $(Rb_2ZnCl_4)$. In: Nuclear Physics and Solid State Physics Symposium, 1980.
UNSPECIFIED (1983) Thermal expansion studies in selenium-phosphorus amorphous system near glass transition temperatures. In: Nuclear Physics and Solid State Physics Symposium, 1980.
UNSPECIFIED (1983) A novel bridge method for dielectric constant measurement in conducting liquids. In: Nuclear Physics and Solid State Physics Symposium, 1980.
Aamir, Mohammed Ali and Goswami, Srijit and Baenniger, Matthias and Tripathi, Vikram and Pepper, Michael and Farrer, Ian and Ritchie, David A and Ghosh, Arindam (2013) Large linear magnetoresistance in a GaAs/AlGaAs heterostructure. In: 31st International Conference on the Physics of Semiconductors (ICPS), JUL 29-AUG 03, 2012, Zurich, SWITZERLAND, pp. 255-256.
Amin, Kazi Rafsanjani and Bid, Aveek (2015) Chemical vapour sensing using power spectrum of 1/f noise of graphene. In: 2015 9th International Conference on Sensing Technology (ICST), DEC 08-10, 2015, Auckland, NEW ZEALAND, pp. 1-5.
Anuradha, KN and Koushalya, PR and Bhat, SV (2015) Size Dependent Magnetic Properties of Nd0.7Ca0.3MnO3 Nanomanganite. In: International Conference on Materials Science and Technology (ICMST), JUN 10-14, 2012, Kerala, INDIA.
Aparimita, Adyasha and Smal, Rutuparna and Sripan, C and Ganesan, R and Naik, R (2018) Effect of Bismuth on Structural and Optical Properties of Ge30Se70 Amorphous Thin Film. In: International Workshop on Advanced Materials (IWAM), DEC 19-21, 2017, Natl Inst Scie & Technol, Berhampur, INDIA.
Aravinda, Subrayashastry and Shamala, Narayanaswamy and Balaram, Padmanabhan (2014) INDUCTION OF FOLDED STRUCTURES IN DESIGNED PEPTIDES USING CONFORMATIONALLY CONSTRAINED RESIDUES. In: Conference on Biomolecular Forms and Functions - A Celebration of 50 Years of the Ramachandran Map, JAN, 2013, Indian Inst Sci, Bangalore, INDIA, pp. 264-281.
Bali, Ashoka and Chetty, Raju and Mallik, Ramesh Chandra (2014) Elastic Properties Of Sulphur And Selenium Doped Ternary PbTe Alloys By First Principles. In: 58th DAE Solid State Physics Symposium, DEC 17-21, 2013, Thapar Univ, Patiala, INDIA, pp. 1118-1120.
Banerjee, Sumilan and Dasgupta, Chandan and Mukerjee, Subroto and Ramakrishnan, T and Sarkar, Kingshuk (2018) High Temperature Superconductivity in the Cuprates: Materials, Phenomena and a Mechanism. In: International Workshop on Advanced Materials (IWAM), DEC 19-21, 2017, Natl Inst Scie & Technol, Berhampur, INDIA.
Bhat, Shwetha G and Koshy, Abraham M and Pittala, Suresh and Kumar, P S Anil (2017) Tuning the Growth of IrO2 on SrTiO3 (100) for Spin-Hall Effect Based Oxide Devices. In: International Conference on Functional Materials, Characterization, Solid State Physics, Power, Thermal and Combustion Energy (FCSPTC), APR 07-08, 2017, INDIA.
Bhat, Shwetha G and Kumar, Anil PS (2016) Demonstration of efficient spin injection and detection in various systems using Fe3O4 based spin injectors. In: 13th Joint Magnetism and Magnetic Materials (MMM)/Intermag Conference, JAN 11-15, 2016, San Diego, CA.
Biswas, SK and Rajan, K and Vasu, RM (2012) Linearization and Reconstruction of Non-linear Diffuse Optical Tomographic Image. In: Conference on Medical Imaging - Physics of Medical Imaging, FEB 05-08, 2012 , San Diego, CA, USA.
Chakraborty, Tirthankar and Elizabeth, Suja (2016) Synthesis, Structural and Dielectric properties of Double Perovskite Ho2FeMnO6. In: International Conference on Condensed Matter and Applied Physics (ICC), OCT 30-31, 2015, Bikaner, INDIA.
Chandni, U and Ghosh, Arindam and Vijaya, HS and Mohan, S (2009) A fluctuation-based probe to athermal phase transitions. In: 20th International Conference on Noise and Fluctuations Pisa, JUN 14-19, 2009, Italy, pp. 511-514.
Chatterjee, Abhijit and Rao, K S R K (2018) Bandgap Engineered HgCdTe Nano-Crystal Based Hetero-Junction Infrared Sensor. In: 3rd International Conference on Microwave and Photonics (ICMAP), FEB 09-11, 2018, Dhanbad, INDIA.
Chetty, Raju and Mallik, Ramesh Chandra (2014) High Temperature XRD of Cu2.1Zn0.9SnSe4. In: 58TH DAE SOLID STATE PHYSICS SYMPOSIUM 2013, PTS A & B, DEC 17-21, 2013, Thapar Univ, Patiala, INDIA, pp. 1711-1713.
Choudhuri, Arnab Rai (2007) An elementary introduction to solar dynamo theory. In: Kodai School on Solar Physics, DEC 10-22, 2006, Kodaikanal, INDIA.
Choudhuri, Arnab Rai (2012) Dynamo models of grand minima. In: 286th Symposium of the International-Astronomical-Union, OCT 03-07, 2011, Mendoza, ARGENTINA, pp. 350-359.
Choudhuri, Samir and Bharadwaj, Somnath and Ali, Saiyad SK and Roy, Nirupam and Intema, HT and Ghosh, Abhik (2018) The angular power spectrum measurement of the Galactic synchrotron emission using the TGSS survey. In: UNSPECIFIED, pp. 157-161.
Choudhury, Aditya Roy N and Venkataraman, V (2015) A Novel Technique To Measure Interface Trap Density In A GaAs MOS Capacitor Using Time-Varying Magnetic Fields. In: DAE Solid State Physics Symposium, DEC 21-25, 2015, Amity Univ, Noida, INDIA.
Choudhury, Somnath (2018) Tau Identification at the CMS Experiment in LHC Run-2. In: PROCEEDINGS OF THE 21ST PARTICLES AND NUCLEI INTERNATIONAL CONFERENCE (PANIC 2017), SEP 01-05, 2017, Beijing, CHINA.
Daptary, Gopi Nath and Kundu, Hemanta Kumar and Jesudasan, John and Kumar, Pramod and Dogra, Anjana and Raychaudhuri, Pratap and Budhani, RC and Bid, Aveek (2015) Resistance fluctuations near the Berezinskii-Kosterlitz-Thouless transition temperature in low dimensional superconductors. In: International Conference on Noise and Fluctuations, JUN 02-06, 2015, Xian, PEOPLES R CHINA.
Dasgupta, K and Soman, SS and Chandrasekhar, N (2002) Atomic layer deposition of ZrO2 thin films: Study of growth kinetics and dielectric behaviour. In: International Symposium on Rapid Thermal and Other Short-Time Processing Technologies III, MAY 13-16, 2002, PHILADELPHIA, PENNSYLVANIA.
Fernandes, Brian Jeevan and Munga, Pumlian and Ramesh, K and Udayashankar, N K (2018) Thermal stability and crystallization kinetics of Bi doped Si15Te85-xBix (0 <= x <= 2) chalcogenide glassy alloys. In: International conference on Advanced Materials (SCICON), DEC 19-21, 2016, Coimbatore, INDIA, pp. 16237-16245.
Fernandes, Brian Jeevan and Munga, Pumlian and Ramesh, K and Udayashankar, NK (2018) Electrical switching studies of ternary Si15Te85-xBix (0 <= x <= 2) chalcogenide glasses. In: International Conference on Smart Engineering Materials (ICSEM), OCT 20-22, 2016, Bangalore, INDIA, pp. 21292-21298.
Freericks, JK and Cohn, JR and van Dongen, PGJ and Krishnamurthy, HR (2016) Infinite single-particle bandwidth of a Mott-Hubbard insulator. In: International Conference on Electron Correlation in Nanostructures (ECN), SEP 03-06, 2015, Odessa, UKRAINE.
Georgi, Akash Daniel and Ramesh, K P and Mallikarjunaiah, K J (2018) Spectroscopic Analysis of Lead Borate Systems. In: 62nd DAE Solid State Physics Symposium, DEC 26-30, 2017, Mumbai, INDIA.
Ghalsasi, Pallavi and Ghalsasi, Prasanna and Thomas, A and Muthu, DVS and Sood, AK (2015) Light Induced Metastable State of Silver Nitroprusside Probed by Raman Spectroscopy. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Ghatak, Sukharrioy and Pal, AtiridraNath and Ghosh, Arindam (2013) Observation of localized states in atomically thin MoS2 field effect transistor. In: 31st International Conference on the Physics of Semiconductors (ICPS), JUL 29-AUG 03, 2012, Zurich, SWITZERLAND, pp. 405-406.
Goswami, Srijit and Aamir, Mohammed Ali and Shamim, Saquib and Siegert, Christoph and Pepper, Michael and Farrer, Ian and Ritchie, DavidA and Ghosh, Arindam (2013) Electrostatic modulation of periodic potentials in a two-dimensional electron gas: from antidot lattice to quantum dot lattice. In: 31st International Conference on the Physics of Semiconductors (ICPS), JUL 29-AUG 03, 2012, Zurich, SWITZERLAND, pp. 257-258.
Gyanan, Gyanan and Mondal, Sandip and Kumar, Arvind (2017) Impact of Time-dependent Annealing on TiO2 Films for CMOS application. In: 61st DAE-Solid State Physics Symposium, DEC 26-30, 2016, KIIT Univ, Bhubaneswar, INDIA.
Hariharan, N and Elizabeth, Suja (2015) Structure and Magnetic Properties of Tb1-xSrxMnO3. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Hegde, SS and Kunjomana, AG and Ramesh, K (2015) Microhardness Studies of Vapour Grown Tin (II) Sulfide Single Crystals. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Jain, Richa Naja and Chakraborty, Brahmananda and Ramaniah, Lavanya M (2015) First principles DFT investigation Of Yttrium-decorated Boron-Nitride Nanotube: Electronic Structure and Hydrogen Storage. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Jain, Richa Naja and Chakraborty, Brahmananda and Ramaniah, Lavanya M (2016) Maxwell-Stefan Diffusion And Dynamical Correlation In Molten LiF-KF: A Molecular Dynamics Study. In: DAE Solid State Physics Symposium, DEC 21-25, 2015, Amity Univ, Noida, INDIA.
Joshi, RS and Sankarshan, BM and Kant, Mohan K and Kumar, PS (2014) Evidence of Low Field Magnetoimpedance Effect in (111) Oriented Fe3O4 Thin Films. In: 58th DAE Solid State Physics Symposium, DEC 17-21, 2013, Thapar Univ, Patiala, INDIA, pp. 1601-1603.
Jrgensen, M and Mukherjee, S and Jörg, C and Rechtsman, MC (2023) Fractionally Quantized Topological Nonlinear Thouless Pumping of Solitons. In: Conference on Lasers and Electro-Optics, CLEO 2023, 7 - 12 May 2023, San Jose.
Karak, Bidya Binay and Choudhuri, Arnab Rai (2012) Is meridional circulation important in modelling irregularities of the solar cycle? In: 286th Symposium of the International-Astronomical-Union, OCT 03-07, 2011 , Mendoza, ARGENTINA, pp. 367-371.
Kemper, AF and Krishnamurthy, HR and Freericks, JK (2017) The role of average time dependence on the relaxation of excited electron populations in nonequilibrium many-body physics. In: Conference on Frontiers of Quantum and Mesoscopic Thermodynamics (FQMT), JUL 27-AUG 01, 2015, Prague, CZECH REPUBLIC.
Khaira, Jobanpreet S and Jain, Richa N and Chakraborty, Brahmananda and Ramaniah, Lavanya M (2015) Electronic and Magnetic Properties of Yttrium-doped Silicon Carbide Nanotubes: Density Functional Theory Investigations. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Khan, Motiur Rahman and Menon, R and Rao, Koteswara KSR (2016) Doping Dependent Charge Transport in Poly(3-methylthiophene) Based Devices. In: DAE Solid State Physics Symposium, DEC 21-25, 2015, Amity Univ, Noida, INDIA.
Khan, Motiur Rahman and Rao, Koteswara K S R and Menon, R (2017) Probing of Barrier Induced Deviations in Current-Voltage Characteristics of Polymer Devices by Impedance Spectroscopy. In: 61st DAE-Solid State Physics Symposium, DEC 26-30, 2016, KIIT Univ, Bhubaneswar, INDIA.
Khan, Pritam and Batik, AR and Vinod, EM and Sangunni, KS and Adarsh, KV (2015) Observation of photobleaching and intensity dependent kinetics in Ge22As22Se56 thin films under sub-bandgap light illumination. In: International Conference on Materials Science and Technology (ICMST), JUN 10-14, 2012, Kerala, INDIA.
Khatei, Jayakrishna and Rao, Koteswara KSR (2012) Temperature Dependent Photoluminescence Studies in Hg0.2Cd0.8Te Nanorods Synthesized by Solvothermal Method. In: International Workshop on Functional Materials (IWFM), DEC 20-22, 2011, Natl Inst Sci Technol (NIST), Berhampur, INDIA, pp. 349-352.
Koshy, Abraham M and Bhat, Shwetha G and Kumar, Anil PS (2016) Controlled Tuning of Thin Film Deposition of IrO2 on Si Using Pulsed Laser Ablation Technique. In: International Conference on Condensed Matter and Applied Physics (ICC) , OCT 30-31, 2015, Bikaner, INDIA.
Koushik, R and Baenninger, Matthias and Narayan, Vijay and Mukerjee, Subroto and Pepper, Michael and Farrer, Ian and Ritchie, David A and Ghosh, Arindam (2013) Topological Excitations in Semiconductor Heterostructures. In: 31st International Conference on the Physics of Semiconductors (ICPS, JUL 29-AUG 03, 2012, Zurich, SWITZERLAND, pp. 265-266.
Krishnamoorthy, Shree and Ravi, Harish and Kumar, Pradeep K and Prabhakar, Anil (2016) Stochastic Resonances and Gated Detection in Photon Number Resolving Detectors. In: 4th International Conference on Photonics, Optics and Laser Technology (PHOTOOPTICS), 2015, Berlin, GERMANY, pp. 157-172.
Kumar, Arvind and Mondal, Sandip and Rae, Koteswara KSR (2016) Zirconium doped TiO2 thin films: A promising dielectric layer. In: International Conference on Condensed Matter and Applied Physics (ICC), OCT 30-31, 2015, Bikaner, INDIA.
Kumar, Arvind and Mondal, Sandip and Rao, K S R Koteswara (2018) Facile fabrication and electrical investigations of nanostructured p-Si/n-TiO2 hetero-junction diode. In: 2nd International Conference on Condensed Matter and Applied Physics (ICC), NOV 24-25, 2017, Bikaner, INDIA.
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara K S R (2017) Band Alignment and Electrical Investigations of Ultra-Thin Al2O3 on Si by E-beam Evaporation. In: 61st DAE-Solid State Physics Symposium, DEC 26-30, 2016, KIIT Univ, Bhubaneswar, INDIA.
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara KSR (2015) Electrical Study of Al/HfO2/p-Si (100) Gate Stack. In: DAE Solid State Physics Symposium, DEC 21-25, 2015, Amity Univ, Noida, INDIA.
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara KSR (2015) High-kappa TiO2 Thin Film Prepared by Sol-Gel Spin-Coating Method. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara KSR (2015) High-kappa TiO2 Thin Film Prepared by Sol-Gel Spin-Coating Method. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Kumar, D S Prem and Chetty, R and Femi, O E and Chattopadhyay, K and Malar, P and Mallik, R C (2017) Thermoelectric Properties of Bi Doped Tetrahedrite. In: 35th International Conference on Thermoelectrics (ICT), 2016, Wuhan, PEOPLES R CHINA, pp. 2616-2622.
Kumar, Girish S and Rao, Koteswara K S R (2017) Comparison of modification strategies towards enhanced charge carrier separation and photocatalytic degradation activity of metal oxide semiconductors (TiO2, WO3 and ZnO). In: 2nd International Symposium on Energy and Environmental Photocatalytic Materials (EEPM), APR 01-04, 2016, Wuhan Univ Technol, Wuhan, PEOPLES R CHINA, pp. 124-148.
Kumar, Pradeep and Muthu, DVS and Prakash, J and Ganguli, AK and Sood, AK (2014) Raman Evidence for Coupling of Superconducting Quasi-Particles with a Phonon and Crystal Field Excitation in Superconductor Ce0.6Y0.4FeAsO0.8F0.2. In: 58th DAE Solid State Physics Symposium, DEC 17-21, 2013, Thapar Univ, Patiala, INDIA, pp. 1098-1100.
Kumar, Prem DS and Mahajan, Ishan Vardhan and Anbalagan, R and Mallik, Ramesh Chandra (2014) Design and Development of Thermoelectric Generator. In: 58th DAE Solid State Physics Symposium, DEC 17-21, 2013, Thapar Univ, Patiala, INDIA, pp. 628-630.
Kumar, Sant and Yadav, Umesh K and Maitra, Tulika and Singh, Ishwar (2015) Effect of Super-exchange Interaction on Ground state Magnetic Properties of Spin-dependent Falicov-Kimball Model on a Triangular Lattice. In: 59th DAE Solid State Physics Symposium, DEC 16-20, 2014, VIT Univ, Vellore, INDIA.
Kumar, Sant and Yadav, Umesh K and Maitra, Tulika and Singh, Ishwar (2016) Thermodynamic studies of Spin-1/2 Falicov-Kimball Model (FKM) on a Triangular Lattice. In: DAE Solid State Physics Symposium, DEC 21-25, 2015, Amity Univ, Noida, INDIA.
Lee, Soohyun K and Molugu, Trivikram R and Mallikarjunaiah, KJ and Brown, Michael F (2016) Elastic Deformation and Collective Dynamics in Lipid Membranes: A Solid-State H-2 NMR Relaxation Study. In: 60th Annual Meeting of the Biophysical-Society, FEB 27-MAR 02, 2016, Los Angeles, CA, 369A.
Lohani, H and Mishra, P and Majhi, K and Banerjee, A and Yadav, A K and Ganesan, R and Kumar, Anil P S and Sekhar, B R (2017) ARPES study on Bi2Se3 and BiSbTe1.25Se1.75. In: 61st DAE-Solid State Physics Symposium, DEC 26-30, 2016, KIIT Univ, Bhubaneswar, INDIA.
Mallikarjunaiah, KJ and Kinnun, Jacob J and Petrache, Horia I and Brown, Michael F (2019) Membrane Deformation Under Isotropic External Stress. In: 63rd Annual Meeting of the Biophysical-Society, 2 - 6 March, 2019, Baltimore, MD, 508A.
Mallikarjunaiah, KJ and Ramesh, KP and Damle, R (2009) 1H and 19F NMR relaxation time studies in (NH4)2ZrF6 superionic conductor. In: International Conference on Modern Development of Magnetic Resonance, APR 2009, Evanston, pp. 449-458.
Manjappa, Rakesh and Kanhirodan, Rajan (2015) Ray tracing based path-length calculations for polarized light tomographic imaging. In: Conference on Polarization Science and Remote Sensing VII, AUG 11-12, 2015, San Diego, CA.
Molugu, Trivikram R and Lee, Soohyun and Mallikarjunaiah, KJ and Job, Constantin and Brown, Michael F (2019) Mesoscopic Dynamics in Phospholipid Membranes under Osmotic Stress. In: 63rd Annual Meeting of the Biophysical-Society, 2 - 6 March, 2019, Baltimore, MD, 366A.
Mondal, Sandip (2018) Electrical Behaviour of Fully Solution Processed HfO2 (MOS) in Presence of Different light illumination. In: 62nd DAE Solid State Physics Symposium, DEC 26-30, 2017, Mumbai, INDIA.
Mondal, Sandip and Kumar, Arvind (2018) Fully solution processed Al-TiO2-Si (MIS) structured Photo-detector. In: 2nd International Conference on Condensed Matter and Applied Physics (ICC), NOV 24-25, 2017, Bikaner, INDIA.
Mondal, Sandip and Kumar, Arvind and Rao, Koteswara K S R and Venkataraman, V (2017) Scaling Behavior of Fully Spin-coated TFT. In: 61st DAE-Solid State Physics Symposium, DEC 26-30, 2016, KIIT Univ, Bhubaneswar, INDIA.
Mondal, Sandip and Kumar, Arvind and Rao, Koteswara KSR and Venkataraman, V (2016) Highly Reliable Spin-coated Titanium Dioxide Dielectric. In: DAE Solid State Physics Symposium, DEC 21-25, 2015, Amity Univ, Noida, INDIA.
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Das, S and Alagarasan, D and Ganesan, R and Naik, R (2024) Time-dependent 532 nm laser irradiation for tuning in optical, structural, and surface wettability changes of Te/In2Se3 thin films for optoelectronic applications. In: Surfaces and Interfaces, 53 .
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Das, S and Mali, B and Ganesan, R and Elizabeth, S (2023) Observation of griffiths phase and ferromagnetism in LaFe0.5Mn0.5O3. In: Materials Research Bulletin, 160 .
Das, S and Parida, A and Alagarasan, D and Naik, R (2023) Time dependent laser irradiation induced structural, linear-nonlinear optical changes in Ag10Te10As20Se60 quaternary film for optoelectronic applications. In: European Physical Journal Plus, 138 (7).
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F and Razis, PA and Rykaczewski, H and Saka, H and Stepennov, A and Finger, M and Finger, M and Kveton, A and Ayala, E and Jarrin, EC and Abdelalim, AA and Salama, E and Al-Mashad, MA and Mahmoud, MA and Dewanjee, RK and Ehataht, K and Kadastik, M and Lange, T and Nandan, S and Nielsen, C and Pata, J and Raidal, M and Tani, L and Veelken, C and Kirschenmann, H and Osterberg, K and Voutilainen, M and Bharthuar, S and Brücken, E and Garcia, F and Havukainen, J and Kallonen, KTS and Kim, MS and Kinnunen, R and Lampén, T and Lassila-Perini, K and Lehti, S and Lindén, T and Lotti, M and Martikainen, L and Myllymäki, M and Rantanen, M and Siikonen, H and Tuominen, E and Tuominiemi, J and Luukka, P and Petrow, H and Tuuva, T and Besancon, M and Couderc, F and Dejardin, M and Denegri, D and Faure, JL and Ferri, F and Ganjour, S and Gras, P and de Monchenault, GH and Lohezic, V and Malcles, J and Rander, J and Rosowsky, A and Sahin, MÃ� and Savoy-Navarro, A and Simkina, P and Titov, M and Barrera, CB and Beaudette, F and Perraguin, AB and Busson, P and Cappati, A and Charlot, C and Damas, F and Davignon, O and Falmagne, G and Alves, BAFS and Ghosh, S and Gilbert, A and de Cassagnac, RG and Hakimi, A and Harikrishnan, B and Kalipoliti, L and Liu, G and Motta, J and Nguyen, M and Ochando, C and Portales, L and Salerno, R and Sarkar, U and Sauvan, JB and Sirois, Y and Tarabini, A and Vernazza, E and Zabi, A and Zghiche, A and Agram, J-L and Andrea, J and Apparu, D and Bloch, D and Brom, J-M and Chabert, EC and Collard, C and Falke, S and Goerlach, U and Grimault, C and Haeberle, R and Bihan, A-CL and Sessini, MA and Hove, PV and Beauceron, S and Blancon, B and Boudoul, G and Chanon, N and Choi, J and Contardo, D and Depasse, P and Dozen, C and Mamouni, HE and Fay, J and Gascon, S and Gouzevitch, M and Greenberg, C and Grenier, G and Ille, B and Laktineh, IB and Lethuillier, M and Mirabito, L and Perries, S and Donckt, MV and Verdier, P and Xiao, J and Chokheli, D and Lomidze, I and Tsamalaidze, Z and Botta, V and Feld, L and Klein, K and Lipinski, M and Meuser, D and Pauls, A and Röwert, N and Teroerde, M and Diekmann, S and Dodonova, A and Eich, N and Eliseev, D and Engelke, F and Erdmann, M and Fackeldey, P and Fischer, B and Hebbeker, T and Hoepfner, K and Ivone, F and Jung, A and Lee, M and Mastrolorenzo, L and Merschmeyer, M and Meyer, A and Mukherjee, S and Noll, D and Novak, A and Nowotny, F and Pozdnyakov, A and Rath, Y and Redjeb, W and Rehm, F and Reithler, H and Sarkisovi, V and Schmidt, A and Schuler, SC and Sharma, A and Stein, A and Da Silva De Araujo, FT and Vigilante, L and Wiedenbeck, S and Zaleski, S and Dziwok, C and Flügge, G and Ahmad, WH and Kress, T and Nowack, A and Pooth, O and Stahl, A and Ziemons, T and Zotz, A and Petersen, HA and Martin, MA and Alimena, J and Amoroso, S and An, Y and Baxter, S and Bayatmakou, M and Gonzalez, HB and Behnke, O and Belvedere, A and Bhattacharya, S and Blekman, F and Borras, K and Brunner, D and Campbell, A and Cardini, A and Cheng, C and Colombina, F and RodrÃguez, SC and Silva, GC and De Silva, M and Eckerlin, G and Eckstein, D and Banos, LIE and Filatov, O and Gallo, E and Geiser, A and Giraldi, A and Greau, G and Guglielmi, V and Guthoff, M and Hinzmann, A and Jafari, A and Jeppe, L and Jomhari, NZ and Kaech, B and Kasemann, M and Kaveh, H and Kleinwort, C and Kogler, R and Komm, M and Krücker, D and Lange, W and Pernia, DL and Lipka, K and Lohmann, W and Mankel, R and Melzer-Pellmann, I-A and Morentin, MM and Metwally, J and Meyer, AB and Milella, G and Mussgiller, A and Nürnberg, A and Otarid, Y and Adán, DP and Ranken, E and Raspereza, A and Lopes, BR and Rübenach, J and Saggio, A and Scham, M and Scheurer, V and Schnake, S and Schütze, P and Schwanenberger, C and Shchedrolosiev, M and Ricardo, RES and Pramod, LPS and Stafford, D and Vazzoler, F and Barroso, AV and Walsh, R and Wang, Q and Wen, Y and Wichmann, K and Wiens, L and Wissing, C and Wuchterl, S and Yang, Y and Santos, AZC and Albrecht, A and Albrecht, S and Antonello, M and Bein, S and Benato, L and Bonanomi, M and Connor, P and Eich, M and Morabit, KE and Fischer, Y and Fröhlich, A and Garbers, C and Garutti, E and Grohsjean, A and Hajheidari, M and Haller, J and Jabusch, HR and Kasieczka, G and Keicher, P and Klanner, R and Korcari, W and Kramer, T and Kutzner, V and Labe, F and Lange, J and Lobanov, A and Matthies, C and Mehta, A and Moureaux, L and Mrowietz, M and Nigamova, A and Nissan, Y and Paasch, A and Rodriguez, KJP and Quadfasel, T and Raciti, B and Rieger, M and Savoiu, D and Schindler, J and Schleper, P and Schröder, M and Schwandt, J and Sommerhalder, M and Stadie, H and Steinbrück, G and Tews, A and Wolf, M and Brommer, S and Burkart, M and Butz, E and Chwalek, T and Dierlamm, A and Droll, A and Faltermann, N and Giffels, M and Gottmann, A and Hartmann, F and Horzela, M and Husemann, U and Klute, M and Koppenhöfer, R and Link, M and Lintuluoto, A and Maier, S and Mitra, S and Mormile, M and Müller, T and Neukum, M and Oh, M and Quast, G and Rabbertz, K and Shvetsov, I and Simonis, HJ and Trevisani, N and Ulrich, R and Linden, J and Cube, RFV and Wassmer, M and Wieland, S and Wittig, F and Wolf, R and Wunsch, S and Zuo, X and Anagnostou, G and Assiouras, P and Daskalakis, G and Kyriakis, A and Papadopoulos, A and Stakia, A and Karasavvas, D and Kontaxakis, P and Melachroinos, G and Panagiotou, A and Papavergou, I and Paraskevas, I and Saoulidou, N and Theofilatos, K and Tziaferi, E and Vellidis, K and Zisopoulos, I and Bakas, G and Chatzistavrou, T and Karapostoli, G and Kousouris, K and Papakrivopoulos, I and Siamarkou, E and Tsipolitis, G and Zacharopoulou, A and Adamidis, K and Bestintzanos, I and Evangelou, I and Foudas, C and Gianneios, P and Kamtsikis, C and Katsoulis, P and Kokkas, P and Kioseoglou, PGK and Manthos, N and Papadopoulos, I and Strologas, J and Csanád, M and Farkas, K and Gadallah, MMA and Kadlecsik, Ã� and Major, P and Mandal, K and Pásztor, G and Rádl, AJ and Veres, GI and Bartók, M and Hajdu, C and Horvath, D and Sikler, F and Veszpremi, V and Bencze, G and Czellar, S and Karancsi, J and Molnar, J and Szillasi, Z and Raics, P and Ujvari, B and Zilizi, G and Csorgo, T and Nemes, F and Novak, T and Babbar, J and Bansal, S and Beri, SB and Bhatnagar, V and Chaudhary, G and Chauhan, S and Dhingra, N and Gupta, R and Kaur, A and Kaur, A and Kaur, H and Kaur, M and Kumar, S and Kumari, P and Meena, M and Sandeep, K and Sheokand, T and Singh, JB and Singla, A and Ahmed, A and Bhardwaj, A and Chhetri, A and Choudhary, BC and Kumar, A and Naimuddin, M and Ranjan, K and Saumya, S and Baradia, S and Barman, S and Bhattacharya, S and Bhowmik, D and Dutta, S and Dutta, S and Gomber, B and Palit, P and Saha, G and Sahu, B and Sarkar, S and Behera, PK and Behera, SC and Chatterjee, S and Jana, P and Kalbhor, P and Komaragiri, JR and Kumar, D and Ameen, MMM and Panwar, L and Pradhan, R and Pujahari, PR and Saha, NR and Sharma, A and Sikdar, AK and Verma, S and Aziz, T and Das, I and Dugad, S and Kumar, M and Mohanty, GB and Suryadevara, P and Bala, A and Banerjee, S and Chatterjee, RM and Guchait, M and Karmakar, S and Kumar, S and Majumder, G and Mazumdar, K and Mukherjee, S and Thachayath, A and Bahinipati, S and Das, AK and Kar, C and Maity, D and Mal, P and Mishra, T and Bindhu, VKMN and Naskar, K and Nayak, A and Sadangi, P and Saha, P and Swain, SK and Varghese, S and Vats, D and Alpana, A and Dube, S and Kansal, B and Laha, A and Rastogi, A and Sharma, S and Bakhshiansohi, H and Khazaie, E and Zeinali, M and Chenarani, S and Etesami, SM and Khakzad, M and Najafabadi, MM and Grunewald, M and Abbrescia, M and Aly, R and Colaleo, A and Creanza, D and Anzi, BD and De Filippis, N and De Palma, M and Florio, AD and Elmetenawee, W and Fiore, L and Iaselli, G and Maggi, G and Maggi, M and Margjeka, I and Mastrapasqua, V and My, S and Nuzzo, S and Pellecchia, A and Pompili, A and Pugliese, G and Radogna, R and Ramirez-Sanchez, G and Ramos, D and Ranieri, A and Silvestris, L and Simone, FM and Sözbilir, Ã� and Stamerra, A and Venditti, R and Verwilligen, P and Zaza, A and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Dallavalle, GM and Diotalevi, T and Fabbri, F and Fanfani, A and Fasanella, D and Giacomelli, P and Giommi, L and Grandi, C and Guiducci, L and Meo, SL and Lunerti, L and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Costa, S and Mattia, AD and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Bardelli, G and Camaiani, B and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Papanastassiou, A and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Meola, S and Piccolo, D and Chatagnon, P and Ferro, F and Robutti, E and Tosi, S and Benaglia, A and Boldrini, G and Brivio, F and Cetorelli, F and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Lucchini, MT and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Moroni, L and Paganoni, M and Pedrini, D and Pinolini, BS and Ragazzi, S and Redaelli, N and de Fatis, TT and Zuolo, D and Buontempo, S and Cagnotta, A and Carnevali, F and Cavallo, N and De Iorio, A and Fabozzi, F and Iorio, AOM and Lista, L and Paolucci, P and Rossi, B and Sciacca, C and Ardino, R and Azzi, P and Bacchetta, N and Bisello, D and Bortignon, P and Bragagnolo, A and Checchia, P and Dorigo, T and Gasparini, F and Gasparini, U and Gozzelino, A and Grosso, G and Gulmini, M and Layer, L and Lusiani, E and Margoni, M and Migliorini, M and Pazzini, J and Ronchese, P and Rossin, R and Simonetto, F and Strong, G and Tosi, M and Triossi, A and Ventura, S and Yarar, H and Zanetti, M and Zotto, P and Zucchetta, A and Zumerle, G and Zeid, SA and Aimè, C and Braghieri, A and Calzaferri, S and Fiorina, D and Montagna, P and Re, V and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Ajmal, S and Asenov, P and Bilei, GM and Ciangottini, D and Fanò, L and Magherini, M and Mantovani, G and Mariani, V and Menichelli, M and Moscatelli, F and Piccinelli, A and Presilla, M and Rossi, A and Santocchia, A and Spiga, D and Tedeschi, T and Azzurri, P and Bagliesi, G and Bhattacharya, R and Bianchini, L and Boccali, T and Bossini, E and Bruschini, D and Castaldi, R and Ciocci, MA and Cipriani, M and Dâ��Amante, V and Dellâ��Orso, R and Donato, S and Giassi, A and Ligabue, F and Figueiredo, DM and Messineo, A and Musich, M and Palla, F and Parolia, S and Rizzi, A and Rolandi, G and Chowdhury, SR and Sarkar, T and Scribano, A and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Barria, P and Campana, M and Cavallari, F and Mendez, LC and Re, DD and Marco, ED and Diemoz, M and Errico, F and Longo, E and Meridiani, P and Mijuskovic, J and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Biino, C and Cartiglia, N and Costa, M and Covarelli, R and Demaria, N and Finco, L and Grippo, M and Kiani, B and Legger, F and Luongo, F and Mariotti, C and Maselli, S and Mecca, A and Migliore, E and Monteno, M and Mulargia, R and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Ruspa, M and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Tarricone, C and Tornago, M and Trocino, D and Umoret, G and Vagnerini, A and Vlasov, E and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and De Leo, K and Ricca, GD and Dogra, S and Hong, J and Huh, C and Kim, B and Kim, DH and Kim, J and Lee, H and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Ryu, MS and Sekmen, S and Yang, YC and Bak, G and Gwak, P and Kim, H and Moon, DH and Asilar, E and Kim, D and Kim, TJ and Merlin, JA and Park, J and Choi, S and Han, S and Hong, B and Lee, K and Lee, KS and Park, J and Park, SK and Yoo, J and Goh, J and Kim, HS and Kim, Y and Lee, S and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Jun, W and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, J and Lee, J and Lee, S and Oh, BH and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jang, W and Kang, DY and Kang, Y and Kim, S and Ko, B and Lee, JSH and Lee, Y and Park, IC and Roh, Y and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Kim, MR and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Dreimanis, K and Gaile, A and Pikurs, G and Potrebko, A and Seidel, M and Veckalns, V and Strautnieks, NR and Ambrozas, M and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Norjoharuddeen, NB and Yusuff, I and Zolkapli, Z and Benitez, JF and Hernandez, AC and Acosta, HAE and MarÃñez, LGG and Coello, ML and Quijada, JAM and Sehrawat, A and Palomo, LV and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and La Cruz, IH-D and Lopez-Fernandez, R and Herrera, CAM and Navarro, DAP and Hernández, AS and Barrera, CO and GarcÃa, MR and Bautista, I and Pedraza, I and Ibarguen, HAS and Estrada, CU and Bubanja, I and Raicevic, N and Butler, PH and Ahmad, A and Asghar, MI and Awais, A and Awan, MIM and Hoorani, HR and Khan, WA and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Muhammad, A and Araujo, M and Bastos, D and Da Cruz E Silva, CB and Boletti, A and Bozzo, M and Faccioli, P and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Pisano, M and Seixas, J and Varela, J and Adzic, P and Milenovic, P and Dordevic, M and Milosevic, J and Rekovic, V and Aguilar-Benitez, M and Maestre, JA and Luna, MB and Bedoya, CF and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Peris, AD and Val, DFD and Ramos, JPF and Flix, J and Fouz, MC and Lopez, OG and Lopez, SG and Hernandez, JM and Josa, MI and Holgado, JL and Moran, D and Perez, CMM and Tobar, Ã�N and Dengra, CP and Yzquierdo, AP-C and Pelayo, JP and Redondo, I and Ferrero, DDR and Romero, L and Navas, SS and Gómez, LU and Escobar, JV and Willmott, C and de Trocóniz, JF and Gonzalez, BA and Cuevas, J and Menendez, JF and Folgueras, S and Caballero, IG and Fernández, JRG and Cortezon, EP and Ã�lvarez, CR and Bouza, VR and RodrÃguez, AS and Trapote, A and Villalba, CV and Vischia, P and Bhowmik, S and Fernández, SB and Cifuentes, JAB and Cabrillo, IJ and Calderon, A and Campderros, JD and Fernandez, M and Madrazo, CF and Gomez, G and GarcÃa, CL and Rivero, CM and Arbol, PMR and Matorras, F and Cuevas, PM and Ramos, EN and Gomez, JP and Prieels, C and Scodellaro, L and Vila, I and Garcia, JMV and Jayananda, MK and Kailasapathy, B and Sonnadara, DUJ and Wickramarathna, DDC and Dharmaratna, WGD and Liyanage, K and Perera, N and Wickramage, N and Abbaneo, D and Amendola, C and Auffray, E and Auzinger, G and Baechler, J and Barney, D and MartÃnez, AB and Bianco, M and Bilin, B and Anuar, AAB and Bocci, A and Brondolin, E and Caillol, C and Camporesi, T and Cerminara, G and Chernyavskaya, N and dâ��Enterria, D and Dabrowski, A and David, A and De Roeck, A and Defranchis, MM and Deile, M and Dobson, M and Fallavollita, F and Forthomme, L and Franzoni, G and Funk, W and Giani, S and Gigi, D and Gill, K and Glege, F and Gouskos, L and Haranko, M and Hegeman, J and Innocente, V and James, T and Janot, P and Kieseler, J and Laurila, S and Lecoq, P and Leutgeb, E and Lourenço, C and Maier, B and Malgeri, L and Mannelli, M and Marini, AC and Meijers, F and Mersi, S and Meschi, E and Milosevic, V and Moortgat, F and Mulders, M and Orfanelli, S and Pantaleo, F and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Piparo, D and Qu, H and Rabady, D and Gutiérrez, GR and Rovere, M and Sakulin, H and Scarfi, S and Selvaggi, M and Sharma, A and Shchelina, K and Silva, P and Sphicas, P and Leiton, AGS and Steen, A and Summers, S and Treille, D and Tropea, P and Tsirou, A and Walter, D and Wanczyk, J and Wozniak, KA and Zehetner, P and Zejdl, P and Zeuner, WD and Bevilacqua, T and Caminada, L and Ebrahimi, A and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Lange, C and Missiroli, M and Noehte, L and Rohe, T and Aarrestad, TK and Androsov, K and Backhaus, M and Calandri, A and Cazzaniga, C and Datta, K and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Eble, F and Galli, M and Gedia, K and Glessgen, F and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Marchegiani, M and Marchese, L and Perez, CM and Mascellani, A and Nessi-Tedaldi, F and Pauss, F and Perovic, V and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Riti, F and Ruini, D and Becerra, DAS and Seidita, R and Steggemann, J and Valsecchi, D and Wallny, R and Amsler, C and Bärtschi, P and Botta, C and Brzhechko, D and Canelli, MF and Cormier, K and De Wit, A and Burgo, RD and Heikkilä, JK and Huwiler, M and Jin, W and Jofrehei, A and Kilminster, B and Leontsinis, S and Liechti, SP and Macchiolo, A and Meiring, P and Mikuni, VM and Molinatti, U and Neutelings, I and Reimers, A and Robmann, P and Cruz, SS and Schweiger, K and Senger, M and Takahashi, Y and Adloff, C and Kuo, CM and Lin, W and Rout, PK and Tiwari, PC and Yu, SS and Ceard, L and Chao, Y and Chen, KF and Chen, P and Chen, Z and Hou, W-S and Hsu, T and Kao, Y and Khurana, R and Kole, G and Li, Y and Lu, R-S and Paganis, E and Psallidas, A and Su, X and Thomas-Wilsker, J and Wu, H and Yazgan, E and Asawatangtrakuldee, C and Srimanobhas, N and Wachirapusitanand, V and Agyel, D and Boran, F and Demiroglu, ZS and Dolek, F and Dumanoglu, I and Eskut, E and Guler, Y and Guler, EG and Isik, C and Kara, O and Topaksu, AK and Kiminsu, U and Onengut, G and Ozdemir, K and Polatoz, A and Tali, B and Tok, UG and Turkcapar, S and Uslan, E and Zorbakir, IS and Ocalan, K and Yalvac, M and Akgun, B and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Tekten, S and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Aydilek, O and Cerci, S and Epshteyn, V and Hacisahinoglu, B and Hos, I and Isildak, B and Kaynak, B and Ozkorucuklu, S and Sert, H and Simsek, C and Cerci, DS and Zorbilmez, C and Boyaryntsev, A and Grynyov, B and Levchuk, L and Anthony, D and Brooke, JJ and Bundock, A and Bury, F and Clement, E and Cussans, D and Flacher, H and Glowacki, M and Goldstein, J and Heath, HF and Kreczko, L and Krikler, B and Paramesvaran, S and 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Krishan, S (1990) Non-linear dynamics of non-neutral plasmas. In: Plasma Physics and Controlled Fusion, 32 (13). pp. 1209-1219.
Krishan, S (1984) Surface instability in a semi-infinite plasma in the presence of high frequency fields. In: Plasma physics and controlled fusion, 26 (2). pp. 821-827.
Krishan, V and Krishan, S (1974) Nonlinear saturation of ion-acoustic instability. In: Plasma Physics, 16 (2). pp. 153-160.
Krishan, V and Kumar, N (1978) Upper mass limit for neutron star stability against black hole formation. In: Astrophysics and Space Science, 57 (1). 241-243 .
Krishan, V and Sinha, KP (1978) Radiation induced enhancement of superconductivity. In: Solid State Communications, 25 (6). pp. 415-417.
Krishan, V and Sinha, KP and Krishan, S (1978) Radio frequency emission in electron beam-plasma and beam-beam interaction. In: Astrophysics and Space Science, 53 (1). pp. 13-19.
Krishna, A and Pandey, K and Wasan, A and Natarajan, V (2005) High-resolution hyperfine spectroscopy of excited states using electromagnetically induced transparency. In: Europhysics Letters, 72 (2). pp. 221-227.
Krishna, PSR and Balaya, P and Dasannacharya, BA and Sayeed, Ahmed and Meenakshi, V and Subramanyam, SV (1997) Structure of highly conducting amorphous carbon. In: Physica B: Condensed Matter, 241 . pp. 921-923.
Krishna, Sandeep and Banerjee, Bidisha and Ramakrishnan, TV and Shivashankar, GV (2005) Stochastic simulations of the origins and implications of long-tailed distributions in gene expression. In: Proceedings of National Academy of Science United States America, 102 (13). pp. 4771-4776.
Krishna, Vamsi K and Dutta, V and Rao, Koteswara KSR (2003) Effect of in-situ $CdCl_{2}$ treatment on spray deposited CdTe films: Photoluminescence study. In: physica status solidi (a), 198 (2). pp. 143-146.
Krishna Kumar, SV and Venkatasubramaniant, VS and Rau, RSN (1981) 05-ions in a low pressure glow discharge of oxygen. In: Journal Of Physics D-Applied Physics, 14 (5). L133-L135.
Krishna Murthy, J and Nileena, N and Vishnugopal, VS and Anil Kumar, PS (2019) Partially-disordered to frozen-state crossover induced magnetocaloric properties of the antiferromagnetic one-dimensional spin-chain Sr 3 CoIrO 6. In: Materials Research Express, 6 (5).
Krishnamoorthy, TV and Krishnan, V and Ramakrishna, J (1985) Pressure dependence of $^3^5Cl$ nuclear quadrupole resonance in 2,5-, 2,6- and 3,5-dichlorophenols. In: Molecular Physics, 55 (1). pp. 121-128.
Krishnamoorthy, TV and Krishnan, V and Ramakrishna, J (1985) Pressure dependence of 35Cl nuclear quadrupole resonance in 2,5-, 2,6- and 3,5-dichlorophenols. In: Molecular Physics, 55 (1). 121 -128.
Krishnamoorthy, TV and Babu, PK and Ramakrishna, J (1991) Temperature and pressure dependence of$^3^5Cl\hspace{2mm} NQR$ in $NaCLO_3$ and $Ba\hspace{2mm}(ClO_3)_2 {\cdot}H_2O$. In: Journal of Molecular Structure, 249 (2-4). pp. 377-390.
Krishnamoorthy, TV and Ramakrishna, J and Babu, PK (1991) Temperature and pressure dependence of 35Cl NQR in NaClO3 and Ba(ClO3)2·H2O. In: Journal of Molecular Structure, 249 (2-4). pp. 377-390.
Krishnamurthi, VG (1960) Ultra-violet bands of mercury iodide. In: Zeitschrift für Physik, 160 (4). pp. 438-442.
Krishnamurtht, B and Sinha, KP (1972) Mössbauer Lineshape in the Presence of Radio-Frequency Fields. In: Physica Status Solidi B, 55 (1). pp. 427-434.
Krishnamurthy, N (1974) Raman spectrum of thallium bromoiodide. In: Journal of Raman Spectroscopy, 2 (4). pp. 341-343.
Krishnamurthy, Bani and Sinha, KP (1975) Mossbauer lineshape in the presence of NMR transitions. In: Journal of Magnetic Resonance, 17 (2). 189 -192.
Krishnamurthy, EV and Venkateswaran, H (1981) A parallel wilf algorithm for complex zeros of a polynomial. In: BIT Numerical Mathematics, 21 (1). pp. 104-111.
Krishnamurthy, HR (2005) A New Theory of Doped Manganites Exhibiting Colossal Magnetoresistance. In: Pramana Journal of Physics, 64 (6). pp. 1063-1074.
Krishnamurthy, HR and Jayaprakash, C (1984) Thermodynamic scaling theory for impurities in metals. In: Physical Review B, 30 (5). pp. 2806-2827.
Krishnamurthy, HR and Shastry, Sriram B (2000) Exact Solution of a Repulsive Fermi Model with Enhanced Superconducting Correlations. In: Physical Review Letters, 84 (21). pp. 4918-4921.
Krishnamurthy, HR and Sood, AK (1992) Physics Of Undoped And Doped C-60 Fullerene. In: Indian Journal of Chemistry - Section A: Inorganic, Physical, Theoretical and Analytical Chemistry, 31 (5). F64-F78.
Krishnamurthy, J and Anil Kumar, PS (2019) Field-cooling induced giant vertical magnetization shift in frustrated low dimensional spin-chain Sr3NiIrO6 system. In: Materials Research Express, 6 (10).
Krishnamurthy, J and Dante, HM (1977) Authors' Reply to Remarks by Lee. In: IEEE Transactions on Aerospace and Electronic Systems, AES-13 (4). p. 396.
Krishnamurthy, N (1966) Molecular model for U centres in caesium iodide. In: Proceedings of the Physical Society, 88 (4). pp. 1015-1018.
Krishnamurthy, N (1965) Raman spectrum of crystalline aminosulphonic acid. In: Proceedings of the Indian Academy of Sciences - Section A, 61 (3). pp. 146-151.
Krishnamurthy, N (1965) Raman spectrum of crystalline cadmium acetate dihydrate. In: Proceedings of the Indian Academy of Sciences - Section A, 61 (2). pp. 113-117.
Krishnamurthy, N (1965) Raman spectrum of rubidium iodide. In: Proceedings of the Physical Society, 85 (5). pp. 1025-1050.
Krishnamurthy, N and Haridasan, TM (1966) Localized modes due to impurities in caesium iodide. In: Proceedings of the Physical Society, 87 (3). pp. 869-870.
Krishnamurthy, N and Haridasan, TM (1966) Molecular model for localised modes in zincblende structures. In: Physics Letters, 21 (4). pp. 372-374.
Krishnamurthy, N and Krishnan, RS (1965) Raman spectra of alkali halides. In: European Physical Journal A (EPJ A), The - Hadrons and Nuclei, 183 (2). pp. 130-139.
Krishnamurthy, N and Krishnan, RS (1963) Raman spectrum of lanthanum ethyl sulphate nonahydrate. In: Proceedings of the Indian Academy of Sciences - Section A, 57 (6). pp. 352-360.
Krishnamurthy, S and Ganapathy, R and Sood, AK (2023) Overcoming power-efficiency tradeoff in a micro heat engine by engineered system-bath interactions. In: Nature Communications, 14 (1).
Krishnamurthy, Sudeesh and Ghosh, Subho and Chatterji, Dipankar and Ganapathy, Rajesh and Sood, AK (2016) A micrometre-sized heat engine operating between bacterial reservoirs. In: Nature Physics, 12 (12). 1134+.
Krishnamurthy, VG (1958) Ultraviolet bands of mercury bromide. In: Zeitschrift für Physik A: Hadrons and Nuclei, 152 (2). pp. 242-248.
Krishnan, RS (1981) Historical review of light scattering studies. In: Ferroelectrics, 35 (1). pp. 9-15.
Krishnan, RS and Ramanujam, PS (1973) Raman spectrum of calcium formate. In: Journal of Raman Spectroscopy, 1 (6). pp. 533-538.
Krishnan, RS and Sankaranarayanan, VN (1974) Vibrational spectra and ferroelectric transition in sodium ammonium selenate dihydrate. In: Ferroelectrics, 7 (1). pp. 287-289.
Krishnan, Rappal S and Rao, Mohana JK and Viswamitra, MA (1970) Crystal structure of ferroelectric glycine silver nitrate. In: Journal of the Physical Society of Japan, Supplement, 28 . pp. 298-300.
Krishnan, V and Moorthy, Krishna TV and Indumathy, S and Ramakrishna, J (1987) Nuclear quadrupole resonance at high pressures. In: Magnetic Resonance Review, 12 (1). pp. 35-89.
Krishnan, VV and Kumar, Anil (1992) Nuclear Overhauser Effect in Coupled-Spin Systems using Selective Perturbation. In: Concepts in Magnetic Resonance, 4 (3). pp. 245-268.
Krishnan, VV and Murali, N and Kumar, Anil (1989) A diffusion equation approach to spin diffusion in biomolecules. In: Journal of Magnetic Resonance, 84 (2). pp. 255-267.
Krishnan, BS and Ramanujam, PS (1972) Raman and infrared spectra of copper formate tetrahydrate. In: Spectrochimica Acta Part A: Molecular Spectroscopy, 28 (11). pp. 2227-2231.
Krishnan, K (1961) Raman spectra of organic compounds - Part II. Methyl borate. In: Proceedings of the Indian Academy of Sciences - Section A, 54 (2). pp. 89-98.
Krishnan, K (1961) The Raman spectra of organic compounds -Part I. Methyl, ethyl, n-propyl and n-butyl alcohols. In: Proceedings of the Indian Academy of Sciences - Section A, 53 (3). pp. 151-167.
Krishnan, K (1963) The Raman spectrum of boric acid. In: Proceedings of the Indian Academy of Sciences - Section A, 57 (2). pp. 103-108.
Krishnan, K (1963) Urey-Bradley potential function for the in-plane vibrations of boric acid. In: Proceedings of the Indian Academy of Sciences - Section A, 57 (6). pp. 343-351.
Krishnan, K and Krishnan, RS (1962) Raman spectrum of l-asparagine monohydrate. In: Proceedings of the Indian Academy of Sciences - Section A, 55 (3). pp. 153-160.
Krishnan, R and Seshadri, TP (1994) Crystal Structure of Guanylyl-$2^\prime,5^\prime$-Cytidine Dihydrate: An Analogue of msDNA-RNA Junction in Stigmatella aurantiaca. In: Biopolymers, 34 (12). pp. 1637-1646.
Krishnan, R and Seshadri, TP (1992) Crystal Structure of Sodium Deoxyinosine Monophosphate. In: Nucleosides & Nucleotides, 11 (5). pp. 1047-1057.
Krishnan, R and Seshadri, TP (1993) Stereochemistry of 2'-5' linked nucleic acids: crystal and molecular structure of ammonium adenylyl-2',5'-adenosine tetrahydrate: a core fragment of 2'-5' oligo A's produced by interferon induced adenylate synthetase. In: Journal of Biomolecular Structure & Dynamics, 10 (4). pp. 727-745.
Krishnan, R and Seshadri, TP (1990) Structure of dipotassium galactose 1-phosphate pentahydrate. In: Acta Crystallographica, Section C: Crystal Structure Communications, 46 (12). pp. 2299-2302.
Krishnan, R and Seshadri, TP (2000) A parallel stranded $2^{\prime}-5^{\prime}$ double helical model for poly A: crystal structure of adenylyl-$2^{\prime},5^{\prime}$-adenosine trihydrate and comparison with the tetrahydrate structure. In: Journal of Molecular Structure, 522 (1-3). pp. 135-143.
Krishnan, R and Seshadri, TP and Viswamitra, MA (1991) Visualisation of a 2′-5′ parallel stranded double helix at atomic resolution: crystal structure of cytidylyl-2′,5′-adenosine. In: Nucleic Acids Research, 19 (2). 379 -384.
Krishnan, RS (1981) 5th International Meeting On Ferroelectricity - (Imf-5) 1981. In: Journal of Scientific & Industrial Research (JSIR), 40 (10). pp. 623-626.
Krishnan, RS (1946) Raman Effect in Rock-Salt. In: Nature, 157 (3993). p. 623.
Krishnan, RS (1944) Thermal Expansion of Diamond. In: Nature, 154 (3911). pp. 486-487.
Krishnan, RS (1947) Vibration Spectra of the Alkali Halides. In: Nature, 160 (4073). pp. 711-712.
Krishnan, RS and Balasubramanian, K (1964) Raman spectrum of diglycine barium chloride monohydrate. In: Proceedings of the Indian Academy of Sciences - Section A, 59 (1). pp. 14-20.
Krishnan, RS and Balasubramanian, K (1964) Raman spectrum of hydroxylamine hydrochloride (NH3OH.Cl). In: Proceedings of the Indian Academy of Sciences - Section A, 59 (5). pp. 285-291.
Krishnan, RS and Krishnamurthy, N (1963) Raman spectrum of sodium iodide. In: European Physical Journal A (EPJ A), The - Hadrons and Nuclei, 175 (4). pp. 440-444.
Krishnan, RS and Krishnanand, KN (1964) Influence of the hydrogen bond on the N-H stretching frequencies in amino-acids. In: Proceedings of the Indian Academy of Sciences - Section A, 60 (1). pp. 11-19.
Krishnan, RS and Krishnanand, KN (1965) Raman spectra of ferro-electric crystals Part IV. Lithium hydrazinium sulphate (LiN2H5SO4). In: Proceedings of the Indian Academy of Sciences - Section A, 61 (2). pp. 122-128.
Krishnan, RS and Neelakantan, P (1965) Raman spectrum of guanidinium aluminium sulphate hexahydrate. In: Proceedings of the Indian Academy of Sciences - Section A, 61 (1). pp. 24-33.
Krishnan, RS and Radha, V and Gopal, ESR (1970) Elastic constants of triclinic copper sulphate pentahydrate crystals. In: Journal of Physics D: Applied Physics, 4 (1). pp. 171-1.
Krishnan, RS and Ramachandran, GN (1945) Dynamic X-Ray Reflexions in Diamond. In: Nature, 155 (3930). pp. 234-235.
Krishnan, RS and Shankar, RK (1980) Progress of research on the raman effect - A statistical-analysis. In: Journal of the Indian Institute of Science, 62 (2). pp. 53-68.
Krishnan, RS and Shankar, RK (1981) Raman effect: History of the discovery. In: Journal of Raman Spectroscopy, 10 (1). pp. 1-8.
Krishnan, RS and Srinivasan, K (1978) Recent Advances in Raman-Spectroscopy. In: Indian Journal of Pure & Applied Physics, 16 (3). 129-134 .
Krishnan, RS and Venkatasubramanian, VS and Rajagopal, ES (1961) Studies on ultrasonic emulsification. In: Journal of Colloid Science, 16 (1). pp. 41-48.
Krishnan, S (1977) Theory of CO2-laser induced x-ray emission from high density gaseous targets. In: Proceedings of the Indian Academy of Sciences Section A, 86 (2). pp. 209-216.
Krishnan, V and Sridharan, KR and Ramakrishna, J (1985) Pressure dependence of 35Cl NQR in hexachloro- (N3P3Cl6) and octachloro- (N4P4Cl8) cyclophosphazenes. In: Polyhedron, 4 (4). pp. 739-745.
Krishnan, VV and Hegde, Usha and Kumar, Anil (1991) Spin Diffusion in Biomolecules. Effect of Higher-Order Terms in Transient NOE Experiments. In: Journal of Magnetic Resonance, 94 (3). pp. 605-611.
Krishnan, VV and Raghothama, S and Kumar, Anil (1988) Strong Coupling and Flip-Angle Dependence of Coupling Patterns in Heteronuclear Shift Correlation Two-Dimensional NMR Spectra. In: Journal of Magnetic Resonance, 79 (2). pp. 328-335.
Krishnan, VV and Shekar, SC and Kumar, Anil (1991) Simultaneous observation of positive and negative NOE in biomolecules: a bistable jump model for segmental motion with modulation of internuclear distances. In: Journal of this American Chemical Society, 113 (20). pp. 7542-7550.
Krishnan , VV and Kumar, Anil (1991) Dipolar cross-correlation effects in the nuclear overhauser experiments of weakly and strongly coupled spins. In: Journal of Magnetic Resonance (1969), 92 (2). pp. 293-311.
Krishnapriya, KC and Roy, Palas and Puttaraju, Boregowda and Salzner, Ulrike and Musser, Andrew J and Jain, Manish and Dasgupta, Jyotishman and Patil, Satish (2019) Spin density encodes intramolecular singlet exciton fission in pentacene dimers. In: NATURE COMMUNICATIONS, 10 .
Krishnapur, PP and Subramanyam, SV and Lele, MV (1983) Instrumentation for the measurement of thermal expansion of materials at low temperatures. In: Indian Journal of Cyrogenics, 8 (1). pp. 43-47.
Krishnasami, MrsL and Kumar, N (1972) Phonon-mediated two-magnon light scattering from ferromagnetic insulators. In: Physics Letters A, 41 (5). pp. 445-446.
Krishnasamy, L and Kumar, N (1973) Brillouin Scattering by Phonons Renormalized by Two-Magnon Excitations in Ferromagnetic Dielectrics. In: physica status solidi (b), 60 (2). 539 -545.
Krishnaswamy, R and Ghosh, SK and Lakshmanan, S and Raghunathan, VA and Sood, AK (2005) Phase behavior of concentrated aqueous solutions of cetyltrimethylammonium bromide (CTAB) and sodium hydroxy naphthoate (SHN). In: Langmuir, 21 (23). pp. 10439-10443.
Krishnaswamy, R and Mitra, P and Raghunathan, VA and Sood, AK (2003) Tuning the structure of surfactant complexes with DNA and other polyelectrolytes. In: EPL: Europhysics Letters, 62 (3). pp. 357-362.
Krishnaswamy, R and Sood, AK (2010) Growth, self-assembly and dynamics of nano-scale films at fluid interfaces. In: Journal of Materials Chemistry, 20 (18). pp. 3539-3552.
Krishnaswamy, Rema and Kalyanikutty, KP and Biswas, Kanishka and Sood, AK and Rao, CNR (2009) Viscoelastic Properties of Nanocrystalline Films of Semiconducting Chalcogenides at Liquid/Liquid Interface. In: Langmuir, 25 (18). pp. 10954-10961.
Krishnaswamy, Rema and Majumdar, Sayantan and Ganapathy, Rajesh and Agarwal, Ved Varun and Sood, AK and Rao, CNR (2007) Interfacial Rheology of an Ultrathin Nanocrystalline Film Formed at the Liquid/Liquid Interface. In: Langmuir, 23 (6). pp. 3084-3087.
Krishnaswamy, Rema and Majumdar, Sayantan and Sood, AK (2007) Nonlinear Viscoelasticity of Sorbitan Tristearate Monolayers at Liquid/Gas Interface. In: Langmuir, 23 (26). pp. 12951-12958.
Krishnaswamy, Rema and Pabst, Georg and Rappolt, Michael and Raghunathan, VA and Sood, AK (2006) Structure of DNA-CTAB-hexanol complexes. In: Physical Review E, 73 . 031904-1.
Krishnaswamy, Rema and Raghunathan, VA and Sood, AK (2004) Reentrant phase transitions of DNA-surfactant complexes. In: Physical Review E (Statistical, Nonlinear, and Soft Matter Physics), 69 (3). pp. 31905-1.
Krishnaswamy, Rema and Raghunathan, VA and Sood, AK (2003) Structures of some surfactant-polyelectrolyte complexes. In: Pramana Journal of Physics, 61 (2). pp. 447-454.
Krishnaswamy, Rema and Rathee, Vikram and Sood, AK (2008) Aggregation of a Peptide Antibiotic Alamethicin at the Air#Water Interface and Its Influence on the Viscoelasticity of Phospholipid Monolayers. In: Langmuir, 24 (20). pp. 11770-11777.
Kuiri, M and Das, S and Muthu, DVS and Das, A and Sood, AK (2020) Thickness dependent transition from the 1T� to Weyl semimetal phase in ultrathin MoTe2: Electrical transport, noise and Raman studies. In: Nanoscale, 12 (15). pp. 8371-8378.
Kuiri, M and Srivastav, SK and Ray, S and Watanabe, K and Taniguchi, T and Das, T and Das, A (2021) Enhanced electron-phonon coupling in doubly aligned hexagonal boron nitride bilayer graphene heterostructure. In: Physical Review B, 103 (11).
Kuiri, Manabendra and Chakraborty, Biswanath and Paul, Arup and Das, Subhadip and Sood, AK and Das, Anindya (2016) Enhancing photoresponsivity using MoTe2-graphene vertical heterostructures. In: APPLIED PHYSICS LETTERS, 108 (6).
Kuiri, Manabendra and Das, Anindya (2019) Energetics of the complex phase diagram of a tunable bilayer graphene probed by quantum capacitance. In: PHYSICAL REVIEW B, 99 (12).
Kuiri, Manabendra and Gupta, Gaurav Kumar and Ronen, Yuval and Das, Tanmoy and Das, Anindya (2018) Large Landau-level splitting in a tunable one-dimensional graphene superlattice probed by magnetocapacitance measurements. In: PHYSICAL REVIEW B, 98 (3).
Kuiri, Manabendra and Kumar, Chandan and Chakraborty, Biswanath and Gupta, Satyendra N and Naik, Mit H and Jain, Manish and Sood, AK and Das, Anindya (2015) Probing 2D black phosphorus by quantum capacitance measurements. In: NANOTECHNOLOGY, 26 (48).
Kulkarni, Gururaj Anand and Murthy, Oruganty VSN and Rao, KSRK and Bhat, SV and Chakraborty, BR (2010) Coexistence of para and ferromagnetic phases of Fe3+ in undoped CdZnTe (Zn similar to 4%) crystals. In: Solid State Communications, 150 (43-44). pp. 2174-2177.
Kulkarni, Gururaj Anand and Sathe, VG and Rao, KSRK and Muthu, DVS and Sharma, RK (2008) Micro-Raman imaging of Te precipitates in CdZnTe (Zn similar to 4%) crystals. In: Journal of Applied Physics, 105 (6). pp. 1-6.
Kulmatiski, A and Yu, K and Mackay, DS and Holdrege, MC and Staver, AC and Parolari, AJ and Liu, Y and Majumder, S and Trugman, AT (2020) Forecasting semi-arid biome shifts in the Anthropocene. In: New Phytologist, 226 (2). pp. 351-361.
Kumar, Anil (1985) Two-dimensional nuclear Overhauser effect in biomolecules. In: Chemical Sciences, 95 (2). pp. 1-8.
Kumar, Anil and Madhu, PK (1996) Cross-correlations in multispin relaxation. In: Concepts in Magnetic Resonance, 8 (2). pp. 139-160.
Kumar, Krishna SV and Venkatasubramanian, VS (1983) $CO_2^-$ ions in a low pressure glow discharge of carbon dioxide. In: The Journal of chemical physics, 79 (12). 6423-6425.
Kumar, N (1987) Low-temperature resistance fluctuation in disordered conductors. In: Pramana, 28 (5). pp. 503-508.
Kumar, N and March, NH and Wasserman, A (1982) Critical-point Properties of Liquids and the Born-Green Theory. In: Physics and Chemistry of Liquids, 11 (3). pp. 271-275.
Kumar, V and Indusekhar, H (1983) New temperature fluctuation method for direct determination of thermal activation energy of deep levels in semiconductors. In: Electronics Letters, 19 (7). pp. 271-272.
Kumar, Vaijayanti A and Ganesh, KN (2007) Structure-Editing of Nucleic Acids for Selective Targeting of RNA. In: Current Topics in Medicinal Chemistry, 17 (7). pp. 715-726.
Kumar, A (1987) Critical End Point Behaviour Near and Away from a Tricritical Point. In: Physica A: Statistical and Theoretical Physics, 146 (3). pp. 634-640.
Kumar, A (1994) Role of multicritical points in addressing some key problems concerning condensed matter science. In: Current Science (Bangalore), 67 (11). pp. 836-838.
Kumar, A and Beysens, D (1996) Phase transitions at interfaces: Flocculation of charge stabilised colloids in liquid mixtures. In: Physica A: Statistical and Theoretical Physics, 224 (1-2). pp. 68-73.
Kumar, A and Das, M and Kataria, SK (2022) The effect of dark matter halo shape on bar buckling and boxy/peanut bulges. In: Monthly Notices of the Royal Astronomical Society, 509 (1). pp. 1262-1268.
Kumar, A and Das, M and Kataria, SK (2019) The evolution of bulges of galaxies in minor fly-by interactions. In: Proceedings of the International Astronomical Union, 14 (S353). pp. 166-167.
Kumar, A and Guha, S and Gopal, ESR (1987) Reentrant Phase Transition in a Ternary Mixture: A Study of the Shape of its Critical Line. In: Physics Letters A, 123 (9). pp. 489-493.
Kumar, A and Kataria, SK (2022) Growth of disc-like pseudo-bulges in SDSS DR7 since z = 0.1. In: Monthly Notices of the Royal Astronomical Society, 514 (2). pp. 2497-2512.
Kumar, A and Krishnamurthy, HR and Gopal, ESR (1983) Equilibrium Critical Phenomena in Binary Liquid Mixtures. In: Physics Reports, 98 (2). pp. 57-143.
Kumar, A and Mondal, S and Koteswara Rao, KSR (2024) Probing the oxygen vacancy associated native defects in high-κ HfO2 using deep level transient spectroscopy. In: Journal of Applied Physics, 135 (4).
Kumar, A and Vani, VC and Aizpiri, AG and Rubio, RG (1992) Search for the effect of pressure on liquid-liquid critical phenomena. In: Pramana Journal of Physics, 39 (2). pp. 95-100.
Kumar, A Jaya and Pandit, Rahul (2018) Science and engineering research in India (1985-2016): insights from two scientometric databases. In: CURRENT SCIENCE, 115 (3). pp. 399-409.
Kumar, A Prasanna and Baskaran, G (1973) Coherent potential approximation, averaged T-matrix approximation and Lloyd's model. In: Journal of Physics C: Solid State Physics, 6 . pp. 399-401.
Kumar, Abhishek and Maitra, Ananyo and Sumit, Madhuresh and Ramaswamy, Sriram and Shivashankar, G. V. (2014) Actomyosin contractility rotates the cell nucleus. In: SCIENTIFIC REPORTS, 4 .
Kumar, Anika and Ghosh, Nilotpal and Joshi, Janhavi P and Bhat, HL and Bhat, SV (2002) Electron paramagnetic resonance studies of the insulating ferromagnetic manganite $Nd_0_._8Pb_0_._2MnO_3$ above the transition temperature. In: Solid State Communications, 123 (9). pp. 379-382.
Kumar, Anil (1988) Applications of two-dimensional NMR spectroscopy to oriented molecules. In: Current Science (Bangalore), 57 (3). pp. 109-120.
Kumar, Anil (2014) History of MRI. In: JOURNAL OF THE INDIAN INSTITUTE OF SCIENCE, 94 (4). pp. 363-369.
Kumar, Anil (2003) Two-dimensional nuclear Overhauser effect experiment in a protein: the first NOESY (1979-80). In: Magnetic Resonance in Chemistry, 41 (S1). S26-S32.
Kumar, Anil and Grace, Christy Rani R and Madhu, PK (2000) Cross-correlations in NMR. In: Progress in Nuclear Magnetic Resonance Spectroscopy, 37 (3). pp. 191-319.
Kumar, Anil and Hosur, RV and Chandrasekhar, K and Murali, N (1985) Superior Pulse Schemes for Spin-Echo and Other Two- Dimensional Homonuclear Correlated Spectroscopies. In: Journal of Magnetic Resonance, 63 (1). pp. 107-114.
Kumar, Anil and Kumar, Pradeep and Waghmare, Umesh V and Sood, AK (2010) First-principles analysis of electron correlation, spin ordering and phonons in the normal state of FeSe1-x. In: Journal of Physics: Condensed Matter, 22 (38).
Kumar, Anil and Ramanathan, KV and Mahesh, TS and Sinha, N and Murali, KVR (2002) Developments in quantum information processing by nuclear magnetic resonance: Use of quadrupolar and dipolar couplings. In: Pramana - Journal of Physics, 59 (2). pp. 243-254.
Kumar, Anil and Brown, Stephen C and Donlan, Mary E and Meierc, Beat U and Jeffs, Peter W (1991) Optimization of two-dimensional NMR by matched accumulation. In: Journal of Magnetic Resonance (1969), 95 (1). pp. 1-9.
Kumar, Anil and Gopal, ESR (1979) Critical resistivity in impurity doped binary liquid mixtures. In: Chemical Physics Letters, 62 (2). pp. 306-308.
Kumar, Anil and Gopal, ESR (1979) Impurity effects on the critical behaviour of the electrical resistance of binary liquid mixtures. In: Pramana - Journal of Physics, 12 (5). pp. 511-522.
Kumar, Anil and Tiwari, MK and Gopal, ESR (1979) Critical phenomena in electrical resistance of binary liquids: A study of the frequency dependence. In: Chemical Physics, 39 (1). pp. 131-139.
Kumar, Anil AV and Yashonath, S and Ananthakrishna, G (2003) Influence of temperature inhomogeneity on product profile of reactions occurring within zeolites. In: Journal of Chemical Sciences, 115 (5-6). pp. 543-552.
Kumar, Anil AV and Yashonath, S and Ananthakrishna, G (2002) Source of Reaction-Diffusion Coupling in Confined Systems due to Temperature Inhomogeneities. In: Physical Review Letters, 88 (12). 120601/1-4.
Kumar, Anil AV and Yashonath, S and Sluiter, Marcel and Kawazoe, Yoshiyuki (2002) Rotational motion of methane within the confines of zeolite NaCa A: Molecular dynamics and ab initio calculations. In: Physical Review E (Statistical, Nonlinear, and Soft Matter Physics), 65 (1). 011203/1-6.
Kumar, Anil KR and Tiwari1, MK and Gopala, ESR (1978) Dispersion of resistivity anomalies in critical binary liquid systems. In: Chemical Physics Letters, 56 (3). 507-510 .
Kumar, Arvind and Mondal, Sandip and Kumar, Girish S and Rao, Koteswara KSR (2015) High performance sol-gel spin-coated titanium dioxide dielectric based MOS structures. In: MATERIALS SCIENCE IN SEMICONDUCTOR PROCESSING, 40 . pp. 77-83.
Kumar, Arvind and Mondal, Sandip and Rao, KSR Koteswara (2018) DLTS Analysis and Interface Engineering of Solution Route Fabricated Zirconia Based MIS Devices Using Plasma Treatment. In: JOURNAL OF ELECTRONIC MATERIALS, 47 (2). pp. 955-960.
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara K S R (2016) Structural, electrical, band alignment and charge trapping analysis of nitrogen-annealed Pt/HfO2/p-Si (100) MIS devices. In: APPLIED PHYSICS A-MATERIALS SCIENCE & PROCESSING, 122 (12).
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara KSR (2016) Critical investigation of high performance spin-coated high-kappa titania thin films based MOS capacitor. In: JOURNAL OF MATERIALS SCIENCE-MATERIALS IN ELECTRONICS, 27 (5). pp. 5264-5270.
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara KSR (2016) Low temperature solution processed high-kappa ZrO2 gate dielectrics for nanoelectonics. In: APPLIED SURFACE SCIENCE, 370 . pp. 373-379.
Kumar, Arvind and Mondal, Sandip and Rao, Koteswara KSR (2015) DLTS analysis of amphoteric interface defects in high-TiO2 MOS structures prepared by sol-gel spin-coating. In: AIP ADVANCES, 5 (11).
Kumar, Arvind and Mondal, Sandip and Rao, K S R, Koteswara (2017) Experimental evidences of charge transition levels in ZrO2 and at the Si: ZrO2 interface by deep level transient spectroscopy. In: APPLIED PHYSICS LETTERS, 110 (13).
Kumar, Arvind and Mondal, Sandip and Rao, K S R , Koteswara (2017) Tunable band alignment and dielectric constant of solution route fabricated Al/HfO2/Si gate stack for CMOS applications. In: JOURNAL OF APPLIED PHYSICS, 121 (8).
Kumar, Ashwani and Kumar, Vishvendra and Agarwal, S and Basak, A and Jain, N and Bulusu, Anand and Manhas, SK (2014) Nitrogen Terminated Semiconducting Zigzag GNR FET with Negative Differential Resistance (vol 13, pg 16, 2014). In: IEEE TRANSACTIONS ON NANOTECHNOLOGY, 13 (2). p. 404.
Kumar, B and Eswaraiah, C and Singh, A and Sahu, DK and Anupama, GC and Kawabata, KS and Yamanaka, M and Otsubo, I and Pandey, SB and Nakaoka, T and Kawabata, M and Aryan, A and Akitaya, H (2019) On the observational behaviour of the highly polarized Type IIn supernova SN 2017hcc. In: Monthly Notices of the Royal Astronomical Society, 488 (3). pp. 3089-3099.
Kumar, BR and Prasad, KH and Kasirajan, K and Karunakaran, M and Ganesh, V and Bitla, Y and AlFaify, S and Yahia, IS (2021) Enhancing the properties of CdO thin films by co-doping with Mn and Fe for photodetector applications. In: Sensors and Actuators, A: Physical, 319 .
Kumar, Brijesh (2002) Quantum spin models with exact dimer ground states. In: Physical Review B: Condensed Matter and Materials Physics, 66 (2). 024406- .
Kumar, Brijesh and Shastry, Sriram B (2000) Models exhibiting order by projection. In: Physical Review B, 61 (16). pp. 10716-10724.
Kumar, Brijesh and Shastry, Sriram B (2003) Superconductivity in $CoO_2$ layers and the resonating valence bond mean-field theory of the triangular lattice t-J model. In: Physical Review B (Condensed Matter and Materials Physics), 68 . pp. 104508-1.
Kumar, C and Das, A (2021) Effect of boron nitride defects and charge inhomogeneity on 1/ f noise in encapsulated graphene. In: Applied Physics Letters, 119 (22).
Kumar, Chandan and Kuiri, Manabendra and Das, Anindya (2018) Equilibration of quantum hall edge states and its conductance fluctuations in graphene p-n junctions. In: SOLID STATE COMMUNICATIONS, 270 . pp. 38-44.
Kumar, Chandan and Kuiri, Manabendra and Jung, Jeil and Das, Tanmoy and Das, Anindya (2016) Tunability of 1/f Noise at Multiple Dirac Cones in hBN Encapsulated Graphene Devices. In: NANO LETTERS, 16 (2). pp. 1042-1049.
Kumar, Chandan and Srivastav, Saurabh Kumar and Adhikary, Priyo and Banerjee, Sumilan and Das, Tanmoy and Das, Anindya (2018) Localization physics in graphene moire superlattices. In: PHYSICAL REVIEW B, 98 (15).
Kumar, Chandan and Srivastav, Saurabh Kumar and Das, Anindya (2018) Equilibration of quantum Hall edges in symmetry-broken bilayer graphene. In: PHYSICAL REVIEW B, 98 (15).
Kumar, Girish S and Rao, Koteswara KSR (2014) Polymorphic phase transition among the titania crystal structures using a solution-based approach: from precursor chemistry to nucleation process. In: NANOSCALE, 6 (20). pp. 11574-11632.
Kumar, Girish S and Rao, Koteswara KSR (2015) Tungsten-based nanomaterials (WO3 & Bi2WO6): Modifications related to charge carrier transfer mechanisms and photocatalytic applications. In: APPLIED SURFACE SCIENCE, 355 . pp. 939-958.
Kumar, Girish S and Rao, Koteswara KSR (2015) Zinc oxide based photocatalysis: tailoring surface-bulk structure and related interfacial charge carrier dynamics for better environmental applications. In: RSC ADVANCES, 5 (5). pp. 3306-3351.
Kumar, H and Bera, S and Dasgupta, S and Sood, AK and Dasgupta, C and Maiti, PK (2023) Dipole alignment of water molecules flowing through a carbon nanotube. In: Physical Review B, 107 (16).
Kumar, Hemant and Dasgupta, Chandan and Maiti, Prabal K (2015) Driving force of water entry into hydrophobic channels of carbon nanotubes: entropy or energy? In: MOLECULAR SIMULATION, 41 (5-6). pp. 504-511.
Kumar, Hemant and Dasgupta, Chandan and Maiti, Prabal K (2018) Phase Transition in Monolayer Water Confined in Janus Nanopore. In: LANGMUIR, 34 (40). pp. 12199-12205.
Kumar, Hemant and Dasgupta, Chandan and Maiti, Prabal K (2015) Structure, dynamics and thermodynamics of single-file water under confinement: effects of polarizability of water molecules. In: RSC ADVANCES, 5 (3). pp. 1893-1901.
Kumar, Hemant and Lansac, Yves and Glaser, Matthew A and Maiti, Prabal K (2011) Biopolymers in nanopores: challenges and opportunities. In: Soft Matter, 7 (13). pp. 5898-5907.
Kumar, Hemant and Mukherjee, Biswaroop and Lin, Shiang-Tai and Dasgupta, Chandan and Sood, AK and Maiti, Prabal K (2011) Thermodynamics of water entry in hydrophobic channels of carbon nanotubes. In: Journal of Chemical Physics, The, 134 (12).
Kumar, Hemantha GN and Rao, Lakshmana J and Gopal, NO and Narasimhulu, KV and Chakradhar, RPS and Rajulu, Varada A (2004) Spectroscopic investigations of $Mn^{2+}$ ions doped polyvinylalcohol films. In: Polymer, 45 (16). pp. 5407-5415.
Kumar, J and Dutta, P and Choudhuri, S and Roy, N (2022) Calibration requirements for Epoch of Reionization 21-cm signal observations - II. Analytical estimation of the bias and variance with time-correlated residual gains. In: Monthly Notices of the Royal Astronomical Society, 512 (1). pp. 186-198.
Kumar, J and Dutta, P and Roy, N (2020) Calibration requirements for epoch of reionization 21-cm signal observations – I. Effect of time-correlated gains. In: Monthly Notices of the Royal Astronomical Society, 495 (4). pp. 3683-3694.
Kumar, Jishad and Sinha, S and Sreeram, PA (2009) Dissipative dynamics of a harmonic oscillator: A nonperturbative approach. In: Physical Review E, 80 (3, Par). 031130-1- 031130-7.
Kumar, KDA and Meena, DK and Bose, RSC and Meena, R and Murahari, P and Mele, P and Ramesh, K (2021) Optical and thermoelectric properties of Sb2Te3/ZnTe nanostructured composites. In: Journal of Alloys and Compounds, 865 .
Kumar, KS and Dash, AK and Sabreen H, H and Verma, M and Kumar, V and Watanabe, K and Taniguchi, T and Gautam, GS and Singh, A (2024) Understanding the interplay of defects, oxygen, and strain in 2D materials for next-generation optoelectronics. In: 2D Materials, 11 (4).
Kumar, Krishna SV and Siddagangappa, MC and Venkatasubramanian, VS (1982) Ion extraction from a plasma through a conical orifice. In: Journal of Physics E - Scientific Instruments, 15 (12). pp. 1306-1307.
Kumar, M and Dasgupta, C (2020) Nonequilibrium phase transition in an Ising model without detailed balance. In: Physical Review E, 102 (5).
Kumar, M and Pawar, V and Jha, PK and Jha, PA and Singh, P (2022) Compositional degradation with Br content in Cesium lead halide CsPbBrxI3-x. In: Journal of Solid State Chemistry, 308 .
Kumar, Mattaparthi Venkata Satish and Maiti, Prabal K (2012) Structure of DNA-functionalized dendrimer nanoparticles. In: Soft Matter, 8 (6). pp. 1893-1900.
Kumar, N (1988) BERRY'S PHASE AND WEAK LOCALIZATION IN THE PRESENCE OF SPIN-ORBIT INTERACTION. In: Current Science, 57 (14). pp. 761-763.
Kumar, N (1989) Cold fusion: is there a solid state effect? In: Current Science, 58 (15). pp. 833-835.
Kumar, N (1984) Diamagnetism - a surprise in theoretical physics. In: Current science, 52 (23). pp. 1108-1110.
Kumar, N (2018) High energy power-law tail in x-ray binaries and bulk comptonization due to an outflow from a disk. In: Journal of Astrophysics and Astronomy, 39 (1).
Kumar, N (1985) Information theory and one-dimensional disordered conductors. In: Journal of Non-Crystalline Solids, 75 (1-3). pp. 135-140.
Kumar, N (1974) Intrinsic two-phonon-exchange mechanism of superconductivity and enhancement of Tc. In: Physical Review B: Condensed Matter, 9 (11). pp. 4993-4995.
Kumar, N (1983) Is one-parameter scaling theory of localisation consistent? Comment on Schuh's comment. In: Journal of Physics C: Solid State Physics, 16 (21). L745-L746.
Kumar, N (1990) Localization of isolated holes in a Mott insulator and delocalization by pairing. In: Physical Review B, 42 (10). 6138 - 6141.
Kumar, N (1990) Magnetic pairing of charge carriers in doped Mott insulators. In: Journal of Solid State Chemistry, 88 (1). pp. 207-216.
Kumar, N (1983) Note on the one-parameter scaling theory of localisation. In: Journal of Physics C: Solid State Physics, 16 (4). L109-L111.
Kumar, N (1983) Note on the one-parameter scaling theory of localisation. In: Journal of Physics C: Solid State Physics, 16 (4). L109-L111.
Kumar, N (1978) On Renormalization-Group Theoretic Approach to Anderson Localisation. In: Current Science (Bangalore), 47 (5). 143-144 .
Kumar, N (2024) Plane Polarization in Comptonization process: a Monte Carlo study. In: Publications of the Astronomical Society of Australia .
Kumar, N (1985) Quantum first-passage problem. In: Pramana, 25 (4). pp. 363-367.
Kumar, N (1971) Quantum kinematics of Fermi-Dirac vacuum-plus-one-electron problem. In: Proceedings of the Indian Academy of Sciences - Section A, 74 (2). pp. 79-82.
Kumar, N (1986) Quantum-Ohmic Resistance Fluctuation In Disordered Conductors - An Invariant Imbedding Approach. In: Pramana, 27 (1-2). pp. 33-42.
Kumar, N and Gorai, B and Gupta, S and Shiva, S and Goel, N (2020) Extrapolation of hydroxytyrosol and its analogues as potential anti-inflammatory agents. In: Journal of Biomolecular Structure and Dynamics . pp. 1-12.
Kumar, N and Heinrichs, J and Kumar, AA (1975) Self-consistent theory of localization in weakly disordered systems. In: Solid State Communications, 17 (4). pp. 541-544.
Kumar, N and Jayannavar, AM (1982) Frequency and temperature-dependent mobility of a charged carrier on a randomly interrupted strand. In: Physical Review B: Condensed Matter, 25 (6). pp. 4291-4294.
Kumar, N and Jayannavar, AM (1985) Quantum diffusion in thin disordered wires. In: Physical Review B, 32 (5). 3345 -3347.
Kumar, N and Jayannavar, AM (1992) Temperature dependence of the c-axis resistivity of high-$T_c$ layered oxides. In: Physical Review B, 45 (9). pp. 5001-5004.
Kumar, N and Kumar, AA (1974) Infinite divisibility and critical phenomena. In: Lettere Al Nuovo Cimento (1971 – 1985), 11 (1). pp. 39-43.
Kumar, N and Kumar, K Vijay (2009) Classical Langevin dynamics of a charged particle moving on a sphere and diamagnetism: A surprise. In: Europhysics Letters, 86 (1). 17001-p1.
Kumar, N and Mello, PA (1985) Information theory and resistance fluctuations in one-dimensional disordered conductors. In: Physical Review B, 31 (5). pp. 3109-3111.
Kumar, N and Nandini, MissR (1972) Undamped Cooper pairs in a non-degenerate electron system. In: Physics Letters A, 38 (6). pp. 425-426.
Kumar, N and Sinha, KP (1971) Insulator-metal transition. In: Proceedings of the Indian Academy of Sciences - Section A, 73 (6). pp. 313-323.
Kumar, N and Sinha, KP (1971) Quantum theoretic explanation of the Schwarz-Hora effect. In: Proceedings of the Indian Academy of Sciences - Section A, 74 (2). pp. 91-98.
Kumar, N and Sridhar, R (1972) Exact energy eigenvalues for an attractive Coulomb potential with zero-radius hard core. In: Physics Letters A, 39 (5). pp. 389-390.
Kumar, Nagesh D and Nandini, R (1973) Magnetic Field Due to the Self-Gravity-Induced Electric Polarization of a Rotating Massive Body. In: Physical Review D – Particles and Fields, 7 (12). 3586 -3589.
Kumar, Narendra (1988) Hole Pairing In Antiferromagnetically Correlated Layered Oxides. In: Physica C, 153 . pp. 1227-1228.
Kumar, Narendra and Pradhan, Prabhakar and Jayannavar, AM (1998) Coherently amplifying random medium: Statistics of super-reflection. In: Superlattices and Microstructures, 23 (3-4). pp. 853-857.
Kumar, Nitin and Gupta, Rahul Kumar and Soni, Harsh and Ramaswamy, Sriram and Sood, AK (2019) Trapping and sorting active particles: Motility-induced condensation and smectic defects. In: PHYSICAL REVIEW E, 99 (3).
Kumar, Nitin and Majumdar, Sayantan and Sood, Aditya and Govindarajan, Rama and Ramaswamy, Sriram and Sood, AK (2012) Oscillatory settling in wormlike-micelle solutions: bursts and a long time scale. In: Soft Matter, 8 (16). pp. 4310-4313.
Kumar, Nitin and Ramaswamy, Sriram and Sood, AK (2011) Symmetry Properties of the Large-Deviation Function of the Velocity of a Self-Propelled Polar Particle. In: Physical Review Letters, 106 (11).
Kumar, Nitin and Soni, Harsh and Ramaswamy, Sriram and Sood, AK (2015) Anisotropic isometric fluctuation relations in experiment and theory on a self-propelled rod. In: PHYSICAL REVIEW E, 91 (3).
Kumar, Nitin and Soni, Harsh and Ramaswamy, Sriram and Sood, AK (2014) Flocking at a distance in active granular matter. In: NATURE COMMUNICATIONS, 5 .
Kumar, P (1996) Excitation of multiple quantum coherences by a single nonselective radiofrequency pulse due to the breakdown of the high-field approximation. In: Chemical Physics Letters, 259 (5-6). pp. 611-613.
Kumar, P and Kumar, Anil (1995) Effect of Dipolar Cross Correlations on the Transverse Relaxation of Single- and Multiple-Quantum Coherences in Strongly Coupled Spin Systems. In: Journal of Magnetic Resonance, Series A, 115 (2). pp. 155-164.
Kumar, P and Sriprakash, G and Rukmani, K and Ramesh, KP and Muthu, DVS (2013) Anomalous optical phonons in Cs-0.9(NH4)(0.1)H2AsO4: a temperature-dependent Raman study. In: AIP Advances, 3 (6). 062123_1-062123_7.
Kumar, PS Anil and Chatterji, Dipankar (2009) A decade of KVPY - A challenging experience. In: Current science, 97 (9). pp. 1282-1286.
Kumar, Pavan N and Jitender, Thakur and Laxmi, Vijaya and Reddy, Venugopal P (2016) Thermal, magnetic and electrical properties of Tb1-xDyxMnO3 multiferroics. In: JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, 401 . pp. 860-869.
Kumar, Pradeep and Bera, A and Muthu, DVS and Shirage, PM and Iyo, A and Sood, AK (2012) Superconducting fluctuations and anomalous phonon renormalization much above superconducting transition temperature in Ca4Al2O5.7Fe2As2. In: APPLIED PHYSICS LETTERS, 100 (22).
Kumar, Pradeep and Bera, Achintya and Muthu, DVS and Kumar, Anil and Waghmare, UV and Harnagea, L and Hess, C and Wurmehl, S and Singh, S and Buechner, B and Sood, AK (2011) Raman evidence for the superconducting gap and spin-phonon coupling in the superconductor Ca( Fe0.95Co0.05)(2)As-2. In: Journal of Physics: Condensed Matter, 23 (25).
Kumar, Pradeep and Bera, Achintya and Muthu, DVS and Shirodkar, Sharmila N and Saha, Rana and Shireen, Ajmala and Sundaresan, A. and Waghmare, UV and Sood, AK and Rao, CNR (2012) Coupled phonons, magnetic excitations, and ferroelectricity in AlFeO3: Raman and first-principles studies. In: PHYSICAL REVIEW B, 85 (13).
Kumar, Pradeep and Ghara, Somnath and Rajeswaran, B and Muthu, DVS and Sundaresan, A and Sood, AK (2014) Temperature dependent magnetic, dielectric and Raman studies of partially disordered La2NiMnO6. In: SOLID STATE COMMUNICATIONS, 184 . pp. 47-51.
Kumar, Pradeep and Kumar, Anil and Saha, Surajit and Muthu, DVS and Prakash, J and Patnaik, S and Waghmare, UV and Ganguli, AK and Sood, AK (2010) Anomalous Raman scattering from phonons and electrons of superconducting FeSe0.82. In: Solid State Communications, 150 (13-14). pp. 557-560.
Kumar, Pradeep and Muthu, DVS and Harnagea, L and Wurmehl, S and Buechner, B and Sood, AK (2014) Phonon anomalies, orbital-ordering and electronic raman scattering in iron-pnictide Ca(Fe0.97Co0.03)(2)As-2: temperature-dependent Raman study. In: JOURNAL OF PHYSICS-CONDENSED MATTER, 26 (30).
Kumar, Pradeep and Ramesh, KP and Muthu, DVS (2015) Evidence for phase transitions and pseudospin phonon coupling in K-0.9(NH4)(0.1)H2AsO4. In: AIP ADVANCES, 5 (3).
Kumar, Pradeep and Saha, Surajit and Muthu, DVS and Sahu, JR and Sood, AK and Rao, CNR (2010) Raman evidence for orbiton-mediated multiphonon scattering in multiferroic TbMnO3. In: Journal of Physics: Condensed Matter, 22 (11).
Kumar, Pradeep and Saha, Surajit and Serrao, CR and Sood, AK and Rao, CNR (2010) Temperature-dependent infrared reflectivity studies of multiferroic TbMnO3: Evidence for spin-phonon coupling. In: Pramana, 74 (2). pp. 281-291.
Kumar, Prem DS and Chetty, Raju and Rogl, Peter and Rogl, Gerda and Bauer, Ernst and Malar, P and Mallik, Ramesh Chandra (2016) Thermoelectric properties of Cd doped tetrahedrite: Cu12-xCdxSb4S13. In: INTERMETALLICS, 78 . pp. 21-29.
Kumar, Prem DS and Ren, Minqin and Osipowicz, Thomas and Mallik, Ramesh Chandra and Malar, P (2018) Tetrahedrite (Cu12Sb4S13) thin films for photovoltaic and thermoelectric applications. In: SOLAR ENERGY, 174 . pp. 422-430.
Kumar, Prem DS and Tippireddy, Sahil and Ramakrishnan, Anbalagan and Chen, Kuei-Hsien and Malar, P and Mallik, Ramesh Chandra (2019) Thermoelectric and electronic properties of chromium substituted tetrahedrite. In: SEMICONDUCTOR SCIENCE AND TECHNOLOGY, 34 (3).
Kumar, Pushpander and Natarajan, Vasant (2017) Precise measurement of hyperfine structure in the 3S(1/2) state of Li-7. In: SCIENTIFIC REPORTS, 7 .
Kumar, Pushpander and Singh, Alok K and Bharti, Vineet and Natarajan, Vasant and Pandey, Kanhaiya (2018) Study of CPO resonances on the intercombination line in Yb-173. In: JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS, 51 (3).
Kumar, R and Srivastav, SK and Spånslätt, C and Watanabe, K and Taniguchi, T and Gefen, Y and Mirlin, AD and Das, A (2022) Observation of ballistic upstream modes at fractional quantum Hall edges of graphene. In: Nature Communications, 13 (1).
Kumar, RR and Roy, N and Kartik, YR and Rahul, S and Sarkar, S (2023) Signatures of topological phase transition on a quantum critical line. In: Physical Review B, 107 (20).
Kumar, Rajesh and Kumar, Amit and Deval, Vipin and Gupta, Archana and Tandon, Poonam and Patil, P S and Deshmukh, Prathmesh and Chaturvedi, Deepika and Watve, J G (2017) Molecular structure, spectroscopic (FT-IR, FT Raman, UV, NMR and THz) investigation and hyperpolarizability studies of 3-(2-Chloro-6-fluorophenyl)-1-(2-thienyl) prop-2-en-1-one. In: JOURNAL OF MOLECULAR STRUCTURE, 1129 . pp. 292-304.
Kumar, Rajesh P and Eswaramoorthy, S and Vithayathil, Paul J and Viswamitra, MA (2000) The Tertiary Structure at 1.59 \AA Resolution and the Proposed Amino Acid Sequence of a Family-11 Xylanase from the Thermophilic Fungus Paecilomyces varioti Bainier. In: Journal of Molecular Biology, 295 (3). pp. 581-593.
Kumar, Rakesh Ranjan and Barik, AR and Vinod, EM and Bapna, Mukund and Sangunni, KS and Adarsh, KV (2013) Crossover from photodarkening to photobleaching in a-GexSe100-x thin films. In: Optics Letters, 38 (10). pp. 1682-1684.
Kumar, S and Kargeti, K and Joshi, DC and Das, G and Patel, RK and Freeland, JW and Olivi, L and Aquilanti, G and Kaushik, SD and Mathieu, R and Panda, SK and Khalyavin, DD and Middey, S (2024) Electronic and magnetic structures of a mixed triple perovskite: Ba3 NiRuIrO9. In: Physical Review B, 110 (2).
Kumar, S and Ojha, SK and Patel, RK and Mandal, P and Bhattacharya, N and Middey, S (2022) Electronic and magnetic properties of epitaxial thin film of Nd0.5Ba0.5MnO3. In: Applied Physics Letters, 120 (6).
Kumar, S and Panda, SK and Patidar, MM and Ojha, SK and Mandal, P and Das, G and Freeland, JW and Ganesan, V and Baker, PJ and Middey, S (2021) Spin-liquid behavior of the three-dimensional magnetic system Ba3NiIr2 O9 with S=1. In: Physical Review B, 103 (18).
Kumar, S and Shakya, J and Mohanty, T (2020) Probing interfacial charge transfer dynamics in MoS2/TiO2 nanocomposites using scanning Kelvin probe for improved photocatalytic response. In: Surface Science, 693 .
Kumar, S and Soam, A and Roy, N (2023) The magnetic fields around the cometary globules L328, L323, and L331. In: Monthly Notices of the Royal Astronomical Society, 524 (1). pp. 1219-1228.
Kumar, S Girish and Rao, K S R Koteswara (2014) Physics and chemistry of CdTe/CdS thin film heterojunction photovoltaic devices: fundamental and critical aspects. In: ENERGY & ENVIRONMENTAL SCIENCE, 7 (1). pp. 45-102.
Kumar, S Girish and Rao, KSR Koteswara (2017) Comparison of modification strategies towards enhanced charge carrier separation and photocatalytic degradation activity of metal oxide semiconductors (TiO2, WO3 and ZnO). In: APPLIED SURFACE SCIENCE, 391 (B, SI). pp. 124-148.
Kumar, SVK and Venkatasubramanian, VS (1983) Co-2-Ions In A Low-Pressure Glow-Discharge Of Carbon-Dioxide. In: Journal of Physics, 79 (12). pp. 6423-6425.
Kumar, Sachin and Azam, Dilkash and Raj, Shammy and Kolanthai, Elayaraja and Vasu, KS and Sood, AK and Chatterjee, Kaushik (2016) 3D scaffold alters cellular response to graphene in a polymer composite for orthopedic applications. In: JOURNAL OF BIOMEDICAL MATERIALS RESEARCH PART B-APPLIED BIOMATERIALS, 104 (4, SI). pp. 732-749.
Kumar, Sachin and Raj, Shammy and Kolanthai, Elayaraja and Sood, AK and Sampath, S and Chatterjee, Kaushik (2015) Chemical Functionalization of Graphene To Augment Stem Cell Osteogenesis and Inhibit Biofilm Formation on Polymer Composites for Orthopedic Applications. In: ACS APPLIED MATERIALS & INTERFACES, 7 (5). pp. 3237-3252.
Kumar, Sanjeev and Praveen, S and Karthi, R and Sabarinathan, R and Kalaivani, M and Sathiyamoorthy, S and Sekar, K (2009) BSDD-2.0: Biomolecules Segment Display Device - An updated web accessible computing resource. In: Current Science, 97 (1). pp. 28-32.
Kumar, Sant and Yadav, Umesh K and Maitra, T and Singh, Ishwar (2014) Study of ground state phases for spin-1/2 Falicov-Kimball model on a triangular lattice. In: SOLID STATE COMMUNICATIONS, 189 . pp. 21-27.
Kumar, Sant and Yadav, Umesh K and Maitra, T and Singh, Ishwar (2016) The role of intra- and inter-site exchange correlations in the extended Falicov-Kimball model on a triangular lattice. In: SOLID STATE COMMUNICATIONS, 228 . pp. 1-5.
Kumar, Sudheer RV and Ramanathan, Krishna V (2015) Measurement of Large Dipolar Couplings of a Liquid Crystal with Terminal Phenyl Rings and Estimation of the Order Parameters. In: CHEMPHYSCHEM, 16 (10). pp. 2199-2205.
Kumar, Sunil and Anija, M and Kamaraju, N and Vasu, KS and Subrahmanyam, KS and Sood, AK and Rao, CNR (2009) Femtosecond carrier dynamics and saturable absorption in graphene suspensions. In: Applied physics letters, 95 (19).
Kumar, Sunil and Anija, M and Sood, AK (2013) Tuning ultrafast photoresponse of gold nanorods. In: Plasmonics, 8 (3). pp. 1477-1483.
Kumar, Sunil and Harnagea, L and Wurmehl, S and Buchner, B and Sood, AK (2012) Acoustic and optical phonon dynamics from femtosecond time-resolved optical spectroscopy of the superconducting iron pnictide Ca(Fe0.944Co0.056)(2)As-2. In: EPL, 100 (5).
Kumar, Sunil and Harnagea, L and Wurmehl, S and Buchner, B and Sood, AK (2013) Ultrafast quasiparticle relaxation dynamics in superconducting iron pnictide Ca(Fe0.944Co0.056)(2)As-2. In: Solid State Communications, 160 . pp. 8-12.
Kumar, Sunil and Harnagea, L and Wurmehl, S and Buechner, B and Sood, AK (2014) Signatures of superconducting and pseudogap phases in ultrafast transient reflectivity of Ca(Fe0.927Co0.073)(2)As-2. In: EPL, 105 (4).
Kumar, Sunil and Harnagea, Luminita and Wurmehl, Sabine and Buchner, Bernd and Sood, AK (2013) Gap-Dependent Quasiparticle Dynamics and Coherent Acoustic Phonons in CaFe2As2 across Spin Density Wave Phase Transition. In: JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, 82 (4).
Kumar, Sunil and Kamaraju, N and Karthikeyan, B and Tondusson, M and Freysz, E and Sood, AK (2010) Direct observation of low frequency confined acoustic phonons in silver nanoparticles: Terahertz time domain spectroscopy. In: Journal of Chemical Physics, 133 (1). 014502-014505.
Kumar, Sunil and Kamaraju, N and Karthikeyan, B and Tondusson, M and Freysz, E and Sood, AK (2010) Terahertz Spectroscopy of Single-Walled Carbon Nanotubes in a Polymer Film: Observation of Low-Frequency Phonons. In: Journal of Physical Chemistry C, 114 (29). pp. 12446-12450.
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Majumdar, Sayantan and Sood, AK (2012) Statistical properties of entropy-consuming fluctuations in jammed states of laponite suspensions: Fluctuation relations and generalized Gumbel distribution. In: Physical Review E, 85 (4, Par).
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Majumdar, Subhabrata and Nath, Biman B and Chiba, Masashi (2001) Sunyaev-Zel'dovich distortion from early galactic winds. In: Monthly Notices of the Royal Astronomical Society, 324 (3). pp. 537-546.
Majumdar, Subhabrata and Subrahmanyan, Ravi (1999) Constraining cosmological parameters through Sunyaev–Zeldovich surveys. In: Pramana Journal of Physics, 53 (6). pp. 971-975.
Majumder, R and Pandit, R and Panfilov, A V (2016) Scroll-Wave Dynamics in the Presence of Ionic and Conduction Inhomogeneities in an Anatomically Realistic Mathematical Model for the Pig Heart. In: JETP LETTERS, 104 (11). pp. 796-799.
Majumder, Rupamanjari and Nayak, Alok Ranjan and Pandit, Rahul (2012) Nonequilibrium arrhythmic states and transitions in a mathematical model for diffuse fibrosis in human cardiac tissue. In: Plos one, 7 (10). e45040-1.
Majumder, Rupamanjari and Nayak, Alok Ranjan and Pandit, Rahul (2011) Scroll-Wave Dynamics in Human Cardiac Tissue: Lessons from a Mathematical Model with Inhomogeneities and Fiber Architecture. In: PLos One, 6 (4).
Majumder, Rupamanjari and Pandit, Rahul and Panfilov, AV (2014) Turbulent electrical activity at sharp-edged inexcitable obstacles in a model for human cardiac tissue. In: AMERICAN JOURNAL OF PHYSIOLOGY-HEART AND CIRCULATORY PHYSIOLOGY, 307 (7). H1024-H1035.
Majumder, S and Bera, T and Singh, V (2022) Prospects of cooling a mechanical resonator with a transmon qubit in c-QED setup. In: Physical Review Research, 4 (3).
Majumder, S and Bera, T and Suresh, R and Singh, V (2022) A Fast Tunable 3D-Transmon Architecture for Superconducting Qubit-Based Hybrid Devices. In: Journal of Low Temperature Physics, 207 (3-4). pp. 210-219.
Majumder, S and Das, A and Kushal, A and Sankaran, S and Guttal, V (2021) Finite-size effects, demographic noise, and ecosystem dynamics. In: European Physical Journal: Special Topics .
Majumder, Sabiha and Tamma, Krishnapriya and Ramaswamy, Sriram and Guttal, Vishwesha (2019) Inferring critical thresholds of ecosystem transitions from spatial data. In: ECOLOGY, 100 (7).
Malashevich, Andrei and Jain, Manish and Louie, Steven G (2014) First-principles DFT plus GW study of oxygen vacancies in rutile TiO2. In: PHYSICAL REVIEW B, 89 (7).
Malavi, P and Pal, S and Muthu, DVS and Sahoo, S and Karmakar, S and Sood, AK (2020) Pressure-induced tuning of quantum spin liquid state in ZnCu3(OH)6Cl2. In: Physical Review B, 101 (21).
Malavi, P and Paul, A and Bera, A and Muthu, DVS and Majhi, K and Kumar, PSA and Waghmare, UV and Sood, AK and Karmakar, S (2023) Pressure-induced superconductivity in the weak topological insulator BiSe. In: Physical Review B, 107 (2).
Mali, B and Das, S and Elizabeth, S (2023) Magnetic Characterization of Zone-Refined Rare-Earth Orthoferrite Crystals Grown by the Optical Floating Zone Method. In: Crystal Growth and Design .
Mali, B and Nair, HS and Heitmann, TW and Nhalil, H and Antonio, D and Gofryk, K and Bhandari, SR and Ghimire, MP and Elizabeth, S (2020) Re-entrant spin reorientation transition and Griffiths-like phase in antiferromagnetic TbFe0.5Cr0.5 O3. In: Physical Review B, 102 (1).
Mali, B and Sunil, J and Nair, HS and Narayana, C and Elizabeth, S (2022) Spin reorientation to a Γ3(Cx, Fy, Az) configuration and anisotropic spin-phonon coupling in a Sm0.5 Y0.5 FeO3 single crystal. In: Physical Review B, 105 (21).
Mali, Bhawana and Ashok, K. and Sreemoolanadhan, H. and Elizabeth, Suja (2022) Tuning of magnetic properties in Cr-doped lithium ferrite. In: Journal of Alloys and Compounds, 911 . ISSN 09258388
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Malik, RP and Behera, N and Kaul, RK (1991) Level-one and -two SU(2) Wess-Zumino model on higher-genus Riemann surfaces. In: Physical Review D, 43 (4). pp. 1243-1253.
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Mallick, D and Mandal, S and Bitla, Y and Ganesan, R and Kumar, PSA (2019) Emergence of electron-phonon coupling in a dual topological insulator BiTe. In: Materials Research Express, 6 (12).
Mallick, D and Mandal, S and Ganesan, R and Anil Kumar, PS (2021) Existence of electron-hole charge puddles and the observation of strong universal conductance fluctuations in a 3D topological insulator. In: Applied Physics Letters, 119 (1).
Mallick, D and Mandal, S and Ganesan, R and Anil Kumar, PS (2021) Fermi level tuning and the robustness of topological surface states against impurity doping in Sn doped Sb 2 Te 2 Se. In: Applied Physics Letters, 118 (15).
Mallick, K and Anil Kumar, PS (2020) Erratum: Crystallite size dependent exchange bias in MgFe2O4thin films on Si(100)(Journal of Applied Physics (2018) 124 (053901) DOI: 10.1063/1.5030188). In: Journal of Applied Physics, 128 (4).
Mallick, Kingshuk and Kumar, P S Anil (2018) Crystallite size dependent exchange bias in MgFe2O4 thin films on Si(100). In: JOURNAL OF APPLIED PHYSICS, 124 (5).
Mallick, Kingshuk and Wagh, Aditya A and Ionescu, Adrian and Barnes, Crispin H W and Kumar, P S Anil (2019) Role of spin mixing conductance in determining thermal spin pumping near the ferromagnetic phase transition in EuO1-x and La2NiMnO6. In: PHYSICAL REVIEW B, 100 (22).
Mallick, Kingshuk and Wagh, Aditya A and Ionescu, Adrian and Barnes, Crispin H W and Kumar, P S Anil (2019) Role of spin mixing conductance in determining thermal spin pumping near the ferromagnetic phase transition in EuO1-x and La2NiMnO6. In: PHYSICAL REVIEW B, 100 (22).
Mallick, Kingshuk and Wagh, Aditya A and Kumar, P S Anil (2019) Enhanced spin transport in a ferrite having distributed energy barriers for exchange bias. In: JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, 492 .
Mallick, Ritam and Sinha, Monika (2011) Possible conversion of a neutron star to a quark star in the presence of high magnetic field. In: Monthly Notices of the Royal Astronomical Society, 414 (3). pp. 2702-2708.
Mallik, A V and Yadav, U K and Medhi, A and Krishnamurthy, H R and Shenoy, V B (2017) Crucial role of internal collective modes in underdoped cuprates. In: EPL, 119 (2).
Mallik, AV and Gupta, GK and Shenoy, VB and Krishnamurthy, HR (2020) Surprises in the t-J Model: Implications for Cuprates. In: Physical review letters, 124 (14).
Mallik, AV and Yadav, UK and Medhi, A and Krishnamurthy, HR and Shenoy, VB (2017) Crucial role of internal collective modes in underdoped cuprates. In: EPL, 119 (2).
Mallik, RC and Anbalagan, R and Raut, KK and Bali, A and Royanian, E and Bauer, E and Rogl, G and Rogl, P (2013) Thermoelectric properties of Bi-added Co4Sb12 skutterudites. In: JOURNAL OF PHYSICS-CONDENSED MATTER, 25 (10).
Mallik, RC and Anbalagan, R and Rogl, G and Royanian, E and Heinrich, P and Bauer, E and Rogl, P and Suwas, S (2013) Thermoelectric properties of Fe(0.2)Co(3.8)Sbi(12-x)Te(x) skutterudites. In: ACTA MATERIALIA, 61 (18). pp. 6698-6711.
Mallik, Ramesh Chandra and Mueller, Eckhard and Kim, Il-Ho (2012) Thermoelectric properties of indium filled and germanium doped Co4Sb12 skutterudites. In: Journal of Applied Physics, 111 (2).
Mallikarjunaiah, KJ and Damle, R and Ramesh, KP (2008) Study of molecular dynamics and cross relaxation in tetramethylammonium hexafluorophosphate {(CH_3)_4 NPF_6} by {^1H and ^19F} NMR. In: Solid State Nuclear Magnetic Resonance, 34 (3). pp. 180-185.
Mallikarjunaiah, KJ and Kinnun, JJ and Petrache, HI and Brown, MF (2019) Flexible lipid nanomaterials studied by NMR spectroscopy. In: PHYSICAL CHEMISTRY CHEMICAL PHYSICS, 21 (34). pp. 18422-18457.
Mallikarjunaiah, KJ and Paramita, KC and Ramesh, KP and Damle, R (2007) Study of molecular reorientation and quantum rotational tunneling in tetramethylammonium selenate by H-1 NMR. In: Solid State Nuclear Magnetic Resonance, 32 (1). pp. 11-15.
Mallikarjunaiah, KJ and Ramesh, KP and Damle, R (2007) Study of molecular dynamics and phase transitions in trimethylammonium trichlorogermanate using $^1H$ NMR and DSC measurements. In: Physica status solidi, 244 (10). pp. 3809-3816.
Mallikarjunaiah, KJ and Singh, K Jugeshwar and Ramesh, KP and Damle, R (2008) 1H NMR study of internal motions and quantum rotational tunneling in (CH3)4NGeCl3. In: Magnetic Resonance in Chemistry, 46 (2). 110 -114.
Malmi-Kakkada, Abdul N and Valls, Oriol T and Dasgupta, Chandan (2017) Dislocation Mobility and Anomalous Shear Modulus Effect in He-4 Crystals. In: JOURNAL OF LOW TEMPERATURE PHYSICS, 186 (3-4). pp. 259-274.
Malmi-Kakkada, Abdul N and Valls, Oriol T and Dasgupta, Chandan (2014) Hydrodynamics of compressible superfluids in confined geometries. In: JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS, 47 (5).
Malmi-Kakkada, Abdul N and Valls, Oriol T and Dasgupta, Chandan (2014) Ising model on a random network with annealed or quenched disorder. In: PHYSICAL REVIEW B, 90 (2).
Malmi-Kakkada, Abdul N and Valls, Oriol T and Dasgupta, Chandan (2017) Superfluid field response to edge dislocation motion. In: PHYSICAL REVIEW B, 95 (13).
Manchanda, P and Sahota, PK and Skomski, R and Kumar, Anil PS and Kashyap, A (2011) First-principle description of magnonic PdnFem multilayers. In: Journal of Applied Physics, 109 (7).
Manchanda, P and Skomski, R and Solanki, AK and Kumar, PSA and Kashyap, A (2011) Magnetoelectric Effect in L1(0)-CoPd Thin Films. In: IEEE Transactions on Magnetics, 47 (10). pp. 4391-4393.
Mandadi, MR and Mandadi, VR and Ogata, K (2018) Formal analysis of a security protocol for e-passports based on rewrite theory specifications. In: Journal of Information Security and Applications, 42 . pp. 71-86.
Mandal, M and Kataria, A and Patra, C and Singh, D and Biswas, PK and Hillier, AD and Das, T and Singh, RP (2022) Time-reversal symmetry breaking in frustrated superconductor Re2Hf. In: Physical Review B, 105 (9).
Mandal, P and Ojha, SK and Patel, RK and Kumar, S and Middey, S (2021) Observation of the Anomalous Hall Effect in NdTiO3/SrTiO3Heterostructures. In: Journal of Physical Chemistry C, 125 (23). pp. 12968-12974.
Mandal, P and Ojha, SK and Wang, D and Patel, RK and Kumar, S and Maity, J and Zhang, Z and Zhou, H and Klewe, C and Shafer, P and Sanyal, B and Middey, S (2023) Orthorhombic distortion drives orbital ordering in the antiferromagnetic 3d1 Mott insulator PrTiO3. In: Physical Review B, 108 (4).
Mandal, P and Patel, RK and Rout, D and Banerjee, R and Bag, R and Karmakar, K and Narayan, A and Freeland, JW and Singh, S and Middey, S (2021) Giant orbital polarization of Ni2+ in a square planar environment. In: Physical Review B, 103 (6).
Mandal, Pranay and Chopra, Vaishali and Ghosh, Ambarish (2015) Independent Positioning of Magnetic Nanomotors. In: ACS NANO, 9 (5). pp. 4717-4725.
Mandal, Pranay and Ghosh, Ambarish (2013) Observation of Enhanced Diffusivity in Magnetically Powered Reciprocal Swimmers. In: PHYSICAL REVIEW LETTERS, 111 (24).
Mandal, Pranay and Patil, Gouri and Kakoty, Hreedish and Ghosh, Ambarish (2018) Magnetic Active Matter Based on Helical Propulsion. In: ACCOUNTS OF CHEMICAL RESEARCH, 51 (11). pp. 2689-2698.
Mandal, R and Bhuyan, PJ and Chaudhuri, P and Dasgupta, C and Rao, M (2020) Extreme active matter at high densities. In: Nature Communications, 11 (1).
Mandal, R and Chakrabarti, B and Chakraborty, D and Dasgupta, C (2020) Complex dynamics of a sheared nematic fluid. In: Journal of Physics Condensed Matter, 32 (13).
Mandal, Rituparno and Bhuyan, Pranab Jyoti and Chaudhuri, Pinaki and Rao, Madan and Dasgupta, Chandan (2017) Glassy swirls of active dumbbells. In: PHYSICAL REVIEW E, 96 (4).
Mandal, Rituparno and Bhuyan, Pranab Jyoti and Chaudhuri, Pinaki and Rao, Madan and Dasgupta, Chandan (2017) Glassy swirls of active dumbbells. In: PHYSICAL REVIEW E, 96 (4).
Mandal, Rituparno and Bhuyan, Pranab Jyoti and Rao, Madan and Dasgupta, Chandan (2016) Active fluidization in dense glassy systems. In: SOFT MATTER, 12 (29). pp. 6268-6276.
Mandal, S and Banerjee, A and Ganesan, R and Kumar, PSA (2023) Ligand field luminescence in the honeycomb Mott insulator α-RuCl3. In: New Journal of Physics, 25 (5).
Mandal, S and Bhattacharjee, Subhro and Sengupta, K and Shankar, R and Baskaran, G (2011) Confinement-deconfinement transition and spin correlations in a generalized Kitaev model. In: Physical Review B: Condensed Matter and Materials Physics, 84 (15).
Mandal, S and Ganesh, KN and Maiti, PK (2024) Dynamics of terminal fraying-peeling and hydrogen bonds dictates the sequential vs. cooperative melting pathways of nanoscale DNA and PNA triplexes. In: Nanoscale .
Mandal, S and Kapoor, LN and Ghosh, S and Jesudasan, J and Manni, S and Thamizhavel, A and Raychaudhuri, P and Singh, V and Deshmukh, MM (2020) Coplanar cavity for strong coupling between photons and magnons in van der Waals antiferromagnet. In: Applied Physics Letters, 117 (26).
Mandal, S and Maity, I and Das, A and Jain, M and Maiti, PK (2022) Tunable lattice thermal conductivity of twisted bilayer MoS2. In: Physical Chemistry Chemical Physics, 22 . pp. 13860-13868.
Mandal, S and Maity, I and Krishnamurthy, HR and Jain, M (2024) Phonon linewidths in twisted bilayer graphene near the magic angle. In: Physical Review B, 110 (12).
Mandal, S and Maity, I and Krishnamurthy, HR and Jain, M (2024) Phonon linewidths in twisted bilayer graphene near the magic angle. In: Physical Review B, 110 (12). ISSN 2469-9950
Mandal, S and Mallick, D and Banerjee, A and Ganesan, R and Anil Kumar, PS (2023) Evidence of charge transfer in three-dimensional topological insulator/antiferromagnetic Mott insulator Bi1Sb1Te1.5Se1.5/α-RuCl3 heterostructures. In: Physical Review B, 107 (24).
Mandal, S and Mallick, D and Bitla, Y and Ganesan, R and Kumar, PSA (2023) Bulk-surface coupling in dual topological insulator Bi1Te1 and Sb-doped Bi1Te1 single crystals via electron-phonon interaction. In: Journal of Physics Condensed Matter, 35 (28).
Mandal, S and Menon, R (2023) Doping Induced Transition from Space-Charge-Limited to Ohmic Conduction in P3HT-PMMA. In: Journal of Electronic Materials, 52 (11). 7645 -7651.
Mandal, S and Menon, R (2023) Electric field induced negative capacitance in semiconducting polymer. In: Journal of Applied Physics, 133 (9).
Mandal, S and Menon, R (2024) Electric field induced phototransport in dye-doped semiconducting polymer. In: Physical Review Materials, 8 (7).
Mandal, S and Menon, R (2020) Impedance measurements in undoped and doped regioregular poly(3-hexylthiophene). In: Journal of Physics D: Applied Physics, 53 (21).
Mandal, S and Roy, B (2023) Polar hairs of mixed-parity nodal superconductors in Rarita-Schwinger-Weyl metals. In: Physical Review B, 107 (18).
Mandal, SS and Ramakrishnan, TV (2020) Microscopic free energy functional of superconductive amplitude and phase: Superfluid density in disordered superconductors. In: Physical Review B, 102 (2).
Mandal, Sudhansu S (1997) Spin-flip and spin-wave excitations in arbitrarily polarized quantum Hall states. In: Physical Review B, 56 (12). pp. 7525-7534.
Mandal, Sudhansu S and Acharyya, Muktish (1998) Specific heat in the integer quantum Hall effect: An exact diagonalization approach. In: Physica B, 252 (1-2). pp. 91-95.
Mandal, Sudhansu S and Ramakrishnan, TV (2002) Ground-state Vortex Lattice Structures in d-wave Superconductors. In: Physical Review B, 65 (18). p. 184513.
Mandal, Sudhansu S and Ravishankar, V (1998) Skyrmions in arbitrarily polarized quantum Hall states. In: Physical Review B, 57 (19). pp. 12333-12337.
Mandal, Sudip and Hegde, Manjunath and Samanta, Tanmoy and Hazra, Gopal and Banerjee, Dipankar and Ravindra, B (2017) Kodaikanal digitized white-light data archive (1921–2011): Analysis of various solar cycle features. In: Astronomy & Astrophysics, 601 . ISSN 0004-6361
Mandal, Sukhendu and Banerjee, Debamalya and Bhat, SV and Pati, Swapan K and Natarajan, Srinivasan (2008) Synthesis, Structure, and Magnetic Properties of a New Three-Dimensional Iron Phosphite, $[C_4N_2H_{12}][Fe_4(H_2O)_3(HPO_3)_7]·(H_2O)_x x = 0.6$. In: European Journal of Inorganic Chemistry, 2008 (9). 1386 -1391.
Mandal, Taraknath (2012) Strain induced phase transition in CdSe nanowires: Effect of size and temperature. In: APPLIED PHYSICS LETTERS, 101 (2).
Mandal, Taraknath and Dasgupta, Chandan and Maiti, Prabal K (2013) Engineering Gold Nanoparticle Interaction by PAMAM Dendrimer. In: JOURNAL OF PHYSICAL CHEMISTRY C, 117 (26). pp. 13627-13636.
Mandal, Taraknath and Dasgupta, Chandan and Maiti, Prabal K (2014) Nature of the effective interaction between dendrimers. In: JOURNAL OF CHEMICAL PHYSICS, 141 (14).
Mandal, Taraknath and Dasgupta, Chandan and Maiti, Prabal K (2015) Tunable mechanical and thermal properties of ZnS/CdS core/shell nanowires. In: PHYSICAL REVIEW B, 91 (10). (In Press)
Mandal, Taraknath and Kanchi, Subbarao and Ayappa, KG and Maiti, Prabal K (2016) pH controlled gating of toxic protein pores by dendrimers. In: NANOSCALE, 8 (26). pp. 13045-13058.
Mandal, Taraknath and Kumar, Mattaparthi Venkata Satish and Maiti, Prabal K (2014) DNA Assisted Self-Assembly of PAMAM Dendrimers. In: JOURNAL OF PHYSICAL CHEMISTRY B, 118 (40). pp. 11805-11815.
Mandal, Taraknath and Maiti, Prabal K and Dasgupta, Chandan (2012) Mechanical properties of ZnS nanowires and thin films: Microscopic origin of the dependence on size and growth direction. In: PHYSICAL REVIEW B, 86 (2).
Mande, Sharmila S and Seshadri, TP and Viswamitra, MA (1988) Structure of S-(p-Nitrobenzyl)-6-Thioguanosine. In: Current Science, 57 (9). pp. 923-925.
Mande, SS and Seshadri, TP and Viswamitra, MA (1994) Effects of halogen substitution in nucleic acid components. Structure of sodium 5-bromocytidine 5'-phosphate hydrate. In: Acta crystallographica section c, 50 (part 6). 876-879 .
Mande, Sharmila S and Lalitha, HN and Viswamitra, MA and Ramakumar, S (1992) Influence of acetyl and bromine substitutions on stacking. Crystal and molecular structures of 8-bromo-2',3',5'-triacetyl adenosine and 8-bromo 2',3',5'-triacetyl guanosine. In: Nucleosides & Nucleotides, 11 (5). pp. 1089-1101.
Mande, Sharmila S and Seshadri, TP and Viswamitra, MA (1988) Structure of 2',3'-O-isopropylideneguanosine dimethylsulfoxide solvate. In: Acta Crystallographica Section C, 44 . pp. 912-914.
Mande, Sharmila S and Seshadri, TP and Viswamitra, MA (1988) Structure of 6,5'-anhydro-6-hydroxy-2',3' O-isopropylideneuridine. In: Acta Crystallographica Section C, 44 . pp. 138-141.
Mandea, Sharmila S and Shamala, N and Seshadri, TP and Viswamitra, MA (1992) Conformational Variability in Modified Nucleosides. Crystal and Molecular Structure of 2',3'-O-Isopropylidene Inosine. In: Nucleosides & Nucleotides, 11 (5). pp. 1103-1114.
Mandlik, Manoj and Ramu, TS (2014) Moisture Aided Degradation of Oil Impregnated Paper Insulation in Power Transformers. In: IEEE TRANSACTIONS ON DIELECTRICS AND ELECTRICAL INSULATION, 21 (1). pp. 186-193.
Mangamma, G and Balakrishnan, N and Bhat, SV (1987) A microprocessor-controlled programmable pulse generator. In: Journal of Physics E - Scientific Instruments, 20 (1). pp. 100-101.
Mangamma, G and Bhat, SV (1989) NMR Studies of the Protonic Conductor $(NH_4)_4Fe(CN)_6•1.5H_2O$. In: Solid State Ionics, 35 (1-2). pp. 123-125.
Mangamma, G and Bhat, V and Gopalakrishnan, J and Bhat, SV (1992) NMR study of fast protonic conduction in layered $HLa_2NbTi_20_{10}{\cdot}1. 5H_2O$. In: Solid State Ionics, 58 (3-4). pp. 303-309.
Manikandan, K and Bhardwaj, Amit and Ghosh, Amit and Reddy, VS and Ramakumar, S (2005) Crystallization and preliminary X-ray study of a family 10 alkali-thermostable xylanase from alkalophilic Bacillus sp. strain NG-27. In: Acta Crystallographica Section F: Structural Biology and Crystallization Communications, 61 (Part 8). pp. 747-749.
Manikandan, K and Bhardwaj, Amit and Ghosh, Amit and Reddy, VS and Ramakumar, S (2005) Crystallization and preliminary X-ray study of a family 10 alkali-thermostable xylanase from alkalophilic Bacillus sp. strain NG-27. In: Acta Crystallographica F: Structural Biology and Crystallization Communications, 61 (8). pp. 747-749.
Manikandan, K and Jagtap, S and Rao, M and Ramakumar, S (2006) Crystallization and preliminary X-ray characterization of a thermostable low-molecularweight 1,4-$\beta$-D-glucan glucohydrolase from an alkalothermophilic Thermomonospora sp. In: Acta Crystallographica Section F: Structural Biology and Crystallization Communications, 62 (4). pp. 385-357.
Manikandan, K and Ramakumar, S (2004) The occurrence of C-H...O hydrogen bonds in alpha-helices and helix termini in globular proteins. In: Proteins: Structure, Function, and Genetics, 56 (4). pp. 768-781.
Manikandan, Karuppasamy and Pal, Debnath and Ramakumar, Suryanarayanarao and Brener, Nathan E and Iyengar, Sitharama S and Seetharaman, Guna (2008) Functionally important segments in proteins dissected using Gene Ontology and geometric clustering of peptide fragments. In: Genome Biology, 9 (3). R52.1-R52.18.
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Manjappa, Rakesh and Makki, Sharath S and Kumar, Rajesh and Vasu, Ram Mohan and Kanhirodan, Rajan (2016) Fully 3D refraction correction dosimetry system. In: PHYSICS IN MEDICINE AND BIOLOGY, 61 (4). pp. 1722-1737.
Manjunath, CV and Srinivasan, R (1978) ESR Study of a Cr5+ Centre in Ferroelectric Ammonium Sulphate. In: Physica Status Solidi B, 87 (1). pp. 395-400.
Manjunath, CV and Santosh, Kumari and Srinivasan, R (1977) ESR study of exchange coupled pairs in copper diethyldithiocarbamate—explanation of the low temperature hyperfine anomaly. In: Pramana, 9 (3). pp. 283-296.
Manjunath, CV and Srinivasa, K (1977) Electron spin resonance study of copper(II) doped ferroelectric ammonium sulphate. In: Physica Status Solidi A-Applied Research, 44 (2). 687 - 692.
Manjunath, CV and Srinivasan, R (1977) Hyperfine structure in the ESR spectra of exchange-coupled pairs—copper diethyidithiocarbamate. In: Journal of Magnetic Resonance (1969), 28 (2). pp. 177-180.
Manjunath, Naren and Samajdar, Rhine and Jain, Sudhir R (2016) A difference-equation formalism for the nodal domains of separable billiards. In: ANNALS OF PHYSICS, 372 . pp. 68-73.
Manjunatha, K and Chethan, B and Wu, SY and Ubaidullah, M and Shaikh, SF and Al-Enizi, AM and Alanazi, NB and Pandit, B and Bajorek, A and Angadi V, J (2023) Effect of Eu3+ and Sc3+ on the structure, microstructure and humidity sensing properties of copper ferrites for sensor applications. In: Ceramics International, 49 (24). pp. 40236-40243.
Manjunatha, K and Chethan, B and Yun Wu, S and Ubaidullah, M and Al-Kahtani, AA and Dhakal, T and Jagadeesha, AV (2024) Synthesis of Li doped MgFe2O4 nanoparticles for humidity sensor applications. In: Ceramics International .
Manjunatha, K and Ho, M-K and Hsu, T-E and Kumar, A and Wu, SY and Hardi, SS and Chethan, B and Prasad, V and Pandit, B and Ubaidullah, M and Manjunatha, SO and Basavegowda, N and Angadi, VJ (2024) Structure, microstructure, and enhanced sensing behavior of nickle ferrite�cobalt chromate for humidity sensor applications. In: Journal of Materials Science: Materials in Electronics, 35 (7).
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Ramaswamy, Geetha and Raychaudhuri, AK (1999) Field and potential around local scatterers in thin metal films studied by scanning tunneling potentiometry. In: Applied Physics Letters, 75 (13). pp. 1982-1984.
Ramaswamy, Geetha and Raychaudhuri, AK (1996) Nanostructure of giant magnetoresistive oxide film $Nd_{2/3}Sr_{1/3}MnO_3$ by scanning tunneling microscopy. In: Journal of Applied Physics, 80 (8). pp. 4519-4522.
Ramaswamy, Geetha and Raychaudhuri, AK (1996) Nanostructure of giant magnetoresistive oxide film Nd2/3Sr1/3MnO3 by scanning tunneling microscopy. In: Journal of Applied Physics, 80 (8). pp. 4519-4522.
Ramaswamy, Geetha and Raychaudhuri, AK and Goswami, Jaydeb and Shivashankar, SA (1997) Large deviation from Matthiessen’s rule in chemical vapour deposited copper films and its correlation with nanostructure. In: Journal of Physics D: Applied Physics, 30 (5). L5-L9.
Ramaswamy, Geetha and Raychaudhuri, AK and Goswami, Jaydeb and Shivashankar, SA (1997) Scanning tunneling microscope study of the morphology of chemical vapor deposited copper films and its correlation with resistivity. In: Journal of Applied Physics, 82 (8). pp. 3797-3807.
Ramaswamy, S (2001) Issues in the statistical mechanics of steady sedimentation. In: Advances In Physics, 50 (3). pp. 297-341.
Ramaswamy, S and Barma, M and Das, D and Basu, A (2002) Phase diagram of a two-species lattice model with a linear instability. In: Phase Transitions: A Multinational Journal, 75 (4-5). pp. 363-375.
Ramaswamy, S and Simha, Aditi R and Toner, J (2003) Active nematics on a substrate: Giant number fluctuations and long-time tails. In: Europhysics Letters, 62 (2). pp. 196-202.
Ramaswamy, Sriram (2010) The Mechanics and Statistics of Active Matter. In: Annual Review of Condensed Matter Physics, 1 . pp. 323-345.
Ramaswamy, Sriram (1992) Shear-Induced Collapse of the Dilute Lamellar Phase. In: Physical Review Letters, 69 (1). pp. 112-115.
Ramaswamy, Sriram (1994) Soft condensed matter: A survey and a proposal. In: Current Science (Bangalore), 67 (11). pp. 827-831.
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Ramaswamy, Sriram (1988) The nature of dislocation motion in quasicrystals. In: Bulletin of Materials Science, 10 (1-2). pp. 75-76.
Ramaswamy, Sriram and Krishnamurthy, HR and Dhar, Sujan K (1992) Anomalously rough sandpiles in one dimension: Exact decimation results. In: Physical Review A, 46 (4). pp. 1875-1879.
Ramaswamy, Sriram and Prost, J and Cai, W and Lubensky, TC (1993) Dynamics of Lyotropic Lamellar Phases. In: Europhysics Letters, 23 (4). pp. 271-276.
Ramaswamy, Sriram and Prost, J and Lubensky, TC (1994) Non-Linear effects of membrane fluctuations in the dilute lamellar phase. In: EPL: Europhysics Letters, 27 (4). 285 -290 .
Ramaswamy, Sriram and Rao, Madan (2007) Active-filament hydrodynamics: instabilities, boundary conditions and rheology. In: New Journal of Physics, 9 (423).
Ramaswamy, Sriram and Rao, Madan (2001) The physics of active membranes. In: Comptes Rendus de l’Académie des Sciences - Series IV - Physics, 2 (6). pp. 817-839.
Ramaswamy, Sriram and Simha, Aditi R (2006) The mechanics of active matter: Broken-symmetry hydrodynamics of motile particles and granular layers. In: Solid State Communications, 139 (11-12). pp. 617-622.
Ramaswamy, Sriram and Toner, John (1991) Grain Boundary Structure: a Signature of Phasons in Incommensurate Smectics. In: Journal of Physics: Condensed Matter, 15 (2). pp. 275-277.
Ramaswamy, Sriram and Toner, John and Prost, Jacques (2000) Nonequilibrium Fluctuations, Traveling Waves, and Instabilities in Active Membranes. In: Physical Review Letters, 84 (15). pp. 3494-3497.
Ramaswamy, Sriram and Toner, John and Prost, Jacques (1999) Nonequilibrium noise and instabilities in membranes with active pumps. In: Pramana Journal of Physics, 53 (1). pp. 237-242.
Ramesh, K and Asokan, S and Sangunni, KS and Gopal, ESR (1996) Compositional dependence of high pressure resistivity behaviour of Cu-Ge-Te glasses. In: Physics and Chemistry of Glasses, 37 (5). 217- 220.
Ramesh, V and Ramachandra, SG and Krishnamurthy, HN and Rao, A (1998) Electroejaculation and seminal parameters in bonnet monkeys (Macaca radiata). In: Andrologia, 30 (2). pp. 97-100.
Ramesh, CK and Reddy, Rajagopal V and Rao, Koteswara KSR (2006) Effect of annealing temperature on electrical characteristics of ruthenium-based Schottky contacts on n-type GaN. In: Journal of Materials Science: Materials in Electronics, 17 (12). pp. 999-1004.
Ramesh, K (2014) Pressure Dependence of Glass Transition in As2Te3 Glass. In: JOURNAL OF PHYSICAL CHEMISTRY B, 118 (29). pp. 8848-8853.
Ramesh, K and Ashokan, S and Sangunni, KS and Gopal, ESR (2000) Glass formation in germanium telluride glasses containing metallic additives. In: Journal of the Physics and Chemistry of Solids, 61 (1). pp. 95-101.
Ramesh, K and Asokan, S and Sangunni, KS and Gopal, ESR (1996) Crystallization studies on $Cu_xGe_{15}Te_{85-x}$ glasses. In: Journal of Physics: Condensed Matter, 8 (16). pp. 2755-2762.
Ramesh, K and Asokan, S and Sangunni, KS and Gopal, ESR (1999) Electrical resistivity behaviour of Ag-Ge-Te glasses under pressure at different temperatures: the influence of bonding and topological thresholds. In: Journal of Physics Condensed Matter, 11 (19). pp. 3897-3906.
Ramesh, K and Asokan, S and Sangunni, KS and Gopal, ESR (1999) Electrical switching in germanium telluride glasses doped with Cu and Ag. In: Applied Physics A: Materials Science & Processing, 69 (4). pp. 421-425.
Ramesh, K and Prashantha, M and Gopal, ESR and Reddy, N Koteeswara (2009) Thermal anomalies in ternary Ge42-xPbxSe58 glasses near the charge carrier reversal threshold. In: Journal of applied physics, 106 (11).
Ramesh, K and Prashantha, M and Reddy, Koteeswara N and Gopal, ESR (2010) Synthesis of Nano Structured Carbon Nitride by Pyrolysis Assisted Chemical Vapour Deposition. In: Integrated Ferroelectrics, 117 . pp. 40-48.
Ramesh, K and Rao, Ramesh N and Sangunni, KS and Gopal, ESR (2003) Electrical resistivity of Cu doped As–Se glasses at high pressure. In: Physica Status Solidi (b), 235 (2). pp. 536-541.
Ramesh, KP and Devaraj, N and Ramakrishna, J and Venu, K and Sastry, VSS (1993) Proton NMR study of molecular dynamics in ammonium tribromo stannate (NH4SnBr3). In: Spectrochimica Acta Part A: Molecular Spectroscopy, 49 (12). pp. 1773-1778.
Ramesh, KP and Devaraj, N and Vijayaraghavan, D and Ramakrishna, J (1992) 1H NMR study of molecular dynamics and phase transition in (NH4)2ZnBr4. In: Phase Transitions, 37 (2-3). pp. 203-210. ISSN 0141-1594
Ramesh, KP and Suresh, KS and Rao, Raghavendra C and Ramakrishna, J (2008) Pressure and temperature dependence of the chlorine NQR in caesium and sodium chlorates. In: Magnetic Resonance in Chemistry, 46 (6). pp. 525-533.
Ramesh, Kashi S and Asokan, S and Sangunni, KS and Gopal, ESR (1998) Effect of topological thresholds on thermal behaviour of germanium telluride glasses containing metallic additive. In: European Physical Journal B, 6 (2). pp. 207-212.
Ramesh, Madhu and Makam, Pandeeswar and Voshavar, Chandrashekhar and Khare, Harshavardhan and Rajasekhar, Kolla and Ramakumar, Suryanarayanarao and Govindaraju, Thimmaiah (2018) L-Dopa and dopamine conjugated naphthalenediimides modulate amyloid beta toxicity. In: ORGANIC & BIOMOLECULAR CHEMISTRY, 16 (41). pp. 7682-7692.
Ramesh Rao, N and Krishna, PSR and Basu, S and Dasannacharya, BA and Sangunni, KS and Gopal, ESR (1998) Structural correlations in GexSe1-x glasses - a neutron diffraction study. In: Journal of Non-Crystalline Solids, 240 (1-3). pp. 221-231.
Ramesha, K and Thangadurai, V and Sutar, D and Subramanyam, SV and Subbanna, GN and Gopalakrishnan, J (2000) ALaMnBO$_6$ (A=5 Ca, Sr, Ba; B =Fe, Ru) double perovskites. In: Materials Research Bulletin, 35 (4). pp. 559-565.
Ramesha, KP and Devaraj, N and Ramakrishna, J and Vijayaraghavan, D (1992) 1H NMR study of molecular dynamics and phase transition in (NH4)2ZnBr4. In: Phase Transitions: A Multinational Journal, 37 (2-3). pp. 203-210.
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Ramnath, Ravi and Narayanan, PS (1982) Switching transients in ferroelectric dicalcium strontium propionate (DSP) and azoxybenzene. In: Ferroelectrics, 45 (1). pp. 179-183.
Ramu, L and Kuppan, N and Ramesh, KP and Chandramani, R and Ramananda, D (2019) 35Cl NQR frequency and spin lattice relaxation study in 3,4-dichloronitrobenzene as a function of temperature and pressure. In: Magnetic Resonance in Chemistry, 57 (8). pp. 499-505.
Ramu, L and Ramesh, KP and Chandramani, R (2013) Cl-35 NQR frequency and spin lattice relaxation time in 3,4-dichlorophenol as a function of pressure and temperature. In: Magnetic Resonance in Chemistry, 51 (1). pp. 4-8.
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Rana, N and Chatterjee, R and Ro, S and Levine, D and Ramaswamy, S and Perlekar, P (2024) Defect turbulence in a dense suspension of polar, active swimmers. In: Physical Review E, 109 (2).
Ranadive, Kiran and Jagtap, Neeta and Khare, Harshavardhan (2017) fungifromindia: the first online initiative to document fungi from India. In: IMA Fungus, 8 (2). pp. 67-69. ISSN 2210-6359
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Rangaiah, SVP and Reddy, SV and Reddy, PN and Salkalachas, S and Rao, KSRK and Reddy, BPN (1998) Studies on process induced deep levels in silicon. In: Bulletin of Electrochemistry, 14 (11). pp. 394-397.
Rangan, Anupama and Manchiganti, Manjula V and Thilaividankan, Rajendran M and Kestur, Satyanarayana G and Menon, Reghu (2017) Novel method for the preparation of lignin-rich nanoparticles from lignocellulosic fibers. In: INDUSTRIAL CROPS AND PRODUCTS, 103 . pp. 152-160.
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Rani, Reena and Sharma, Meenu and Rani, Sonam and Shankar, Aditi and Prasad, V and Boi, Filippo S and Sameera, I and Bhatia, Ravi (2019) Temperature dependent switching of magnetoresistance in multiwall carbon nanotube-polypyrrole composite fibrils. In: JOURNAL OF APPLIED PHYSICS, 126 (22).
Ranjan, Rajeev and Garg, Rohini and Hackl, Rudi and Senyshyn, Anatoliy and Schmidbauer, Elmar and Trots, Dmytro and Boysen, Hans (2008) Onset of spontaneous electrostrictive strain below 520 K in Pr-doped SrTiO3. In: PHYSICAL REVIEW B, 78 (9). pp. 2102-1.
Ranjani, C Vasuki and Rangarajan, Sarani and Michael, Daliah and Sekar, K and Roy, S (2008) Role of water molecules and ion pairs in Dps and related ferritin-like structures. In: International Journal of Biological Macromolecules, 43 (4). pp. 333-338.
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Rao, KSRK and Katayama, T and Yokoyama, S and Hirose, M (2000) Optimum atomic spacing for AlAs etching in GaAs epitaxial lift-off technology. In: Japanese Journal of Applied Physics, 39 (5B). L457-L459.
Rao, SS and Bhat, SV (2007) Preparation, Characterization, and Magnetic Studies of $Bi_{0.5}X_{0.5}(X = Ca, Sr)MnO_3$ Nanoparticles. In: Journal of Nanoscience and Nanotechnology, 7 (6). pp. 2025-2028.
Rao, A Ramachandra and Gopalakrishna, AV (1977) Steady motion of a rotating stratified fluid bounded by porous disks. In: Proceedings of the Indian Academy of Sciences Section A, 85 (1). pp. 8-18.
Rao, BH Lakshmi and Seshadri, TP and Rao, LM (1987) para-Nitrophenoxyacetamide. In: Acta Crystallographica Section C Crystal Structure Communications, 43 (10). pp. 1924-1927.
Rao, Bh Lakshmi and Seshadri, TP and Rao, LM (1987) 2-(p-Chlorophenyl)-3-nitro-2H-chromene. In: Acta Crystallographica Section C, 43 (3). pp. 495-497.
Rao, CNR and Govindaraj, A and Sumathy, R and Sood, AK (1996) A combined experimental and theoretical study of the charge-transfer compound between C60Br8 and tetrathiafulvalene. In: Molecular Physics, 89 (1). pp. 267-277.
Rao, CNR and Mahesh, R and Raychaudhuri, AK and Mahendiran, R (1998) Giant magnetoresistance, charge ordering and other novel properties of perovskite manganates. In: Journal of the Physics and Chemistry of Solids, 59 (4). pp. 487-502.
Rao, CNR and Paul, Geo and Choudhury, Amitava and Sampathkumaran, EV and Raychaudhuri, Arup K and Ramasesha, S and Rudra, Indranil (2003) Properties of a mixed-valent iron compound with the kagome lattice. In: Physical Review B (Condensed Matter and Materials Physics ), 67 . pp. 134425-1.
Rao, CNR and Pradeep, T and Seshadri, R and Nagarajan, R and Murthy, VN and Subbanna, GN and Souza, FD and Krishnan, N and Nagannagowda, GA and Suryaprakasha, NR and Khetrapal, CL and Bhat, SV (1992) Preparation, Characterization And Properties Of C-60 And C-70 - Spectroscopy, Structure, Anions, Interaction With Electron-Donors And Superconductivity. In: Indian Journal of Chemistry - Section A: Inorganic, Physical, Theoretical and Analytical Chemistry, 31 (5). F5-F16.
Rao, CNR and Ramakrishnan, TV and Kumar, N (1990) Systematics in the thermopower behaviour of several series of bismuth and thallium cuprate superconductors: An interpretation of the temperature variation and the sign of the thermopower. In: Physica C: Superconductivity, 165 (2). pp. 183-188.
Rao, CNR and Sood, AK and Voggu, Rakesh and Subrahmanyam, KS (2010) Some Novel Attributes of Graphene. In: Journal of Physical Chemistry Letters, 1 (2). pp. 572-580.
Rao, KSRK and Rangaiah, Pandu SV and Reddy, PN and Reddy, BPN (1999) Identification of the nature of platinum related midgap state in silicon by deep level transient spectroscopy. In: Journal of Applied Physics, 85 (4). pp. 2175-2178.
Rao, KSRK and Sreedhar, AK and Bhat, HL and Singh, RA and Dubey, GC and Kumar, Vikram (1996) Fine structure in 1.4 eV luminescence band from plasma deposited amorphous silicon layers on silicon substrates. In: Applied Physics Letters, 68 (11). pp. 1458-1460.
Rao, Koteswara KSR and Bhat, HL and Ramakrishna, J and Saisudha, MB (1996) The fluorescence of Nd3+ in lead borate and bismuth borate glasses with large stimulated emission cross section. In: Journal of Applied Physics, 80 (9). pp. 4845-4853.
Rao, Koteswara KSR and Kumar, V (1990) Estimation of trap concentration in linearly graded junctions using DLTS. In: Physica Status Solidi A, 117 (1). pp. 251-257.
Rao, Koteswara KSR and Kumar, V and Premachandran, SK and Raghunath, KP (1991) Interaction of gold-related and irradiation-induced defects in silicon. In: Journal of Applied Physics, 69 (12). pp. 8205-8209.
Rao, Koteswara KSR and Kumar, V and Premachandran, SK and Raghunath, KP (1991) Relationship of the gold related donor and acceptor levels in silicon. In: Journal of Applied Physics, 69 (4). pp. 2714-2716.
Rao, Madan and Krishnamurthy, HR and Pandit, Rahul (1990) Magnetic hysteresis in two model spin systems. In: Physical Review B, 42 (1). pp. 856-884.
Rao, Madan and Pandit, Rahul (1991) Magnetic and thermal hysteresis in the O(N)-symmetric ( Phi 2)3 model. In: Physical Review B, 43 (4). 3373 -3386.
Rao, Narasinga BN and Kumar, Anil and Balaram, Hemalatha and Ravi, A and Balaram, P (1983) Nuclear Overhauser Effects and circular Dichroism as Probes of \beta.-turn Conformations in Acyclic and Cyclic Peptides with Pro-X Sequences. In: Journal of the American Chemical Society, 105 (25). pp. 7423-7428.
Rao, Radhika Rani and Raychaudhuri, AK (1992) Magnetic studies of a mixed antiferromagnetic system Fe1?xNixPS3. In: Journal of Physics and Chemistry of Solids, 53 (4). pp. 577-583.
Rao, Radhika Rani and Raychaudhuri, AK (1992) Structural and vibrational studies of the layered structure solid Fe1 ? xNixPS3 (1 greater-or-equal, slanted x greater-or-equal, slanted 0). In: Journal of Physics and Chemistry of Solids, 53 (7). pp. 949-958.
Rao, Raghavendra C and Easwaran, KRK (1964) The proton magnetic resonance study of the structure of Na2Zn(SO4)2·4H2O. In: Physica, 30 (1). pp. 206-210.
Rao, Raghavendra K and Aneesh, C and Bhat, HL and Elizabeth, Suja and Pavan, MS and Row, Guru Tayur N (2013) Lithium D-Isoascorbate Monohydrate, a New Nonlinear Optical Material. In: CRYSTAL GROWTH & DESIGN, 13 (1). pp. 97-105.
Rao, Raghavendra K and Bhat, HL and Elizabeth, Suja (2013) Crystal growth and nonlinear optical properties of sodium D-isoascorbate monohydrate. In: CRYSTENGCOMM, 15 (33). pp. 6594-6601.
Rao, Raghavendra K and Bhat, HL and Elizabeth, Suja (2013) Crystal growth and nonlinear optical properties of sodium D-isoascorbate monohydrate. In: CRYSTENGCOMM, 15 (33). pp. 6594-6601.
Rao, Raghavendra K and Bhat, HL and Elizabeth, Suja (2013) Studies on lithium L-ascorbate dihydrate: An interesting chiral nonlinear optical crystal. In: MATERIALS CHEMISTRY AND PHYSICS, 137 (3). pp. 756-763.
Rao, Raghavendra K and Sanathkumar, R and Bhat, HL and Elizabeth, Suja (2016) The nonlinear optical properties of the monoclinic D-isoascorbic acid crystal. In: APPLIED PHYSICS B-LASERS AND OPTICS, 122 (11).
Rao, Rama AH and Srinivasan, MR and Bhat, HL and Narayanan, PS (1978) Dielectric behaviour and ferroelectricity in alums. In: Ferroelectrics, 21 (1-4). 433-435 .
Rao, Rama AV and Reddy, Ashok K and Srinivas, NR and Gurjar, MK and Padmaja, N and Ramakumar, S and Viswamitra, MA and Swapna, GVT and Jagannadh, B and Kunwar, AC (1993) Chiral polyhydroxylated tetrahydrothiophene derivatives: novel synthesis and structural elucidation by X-ray crystallography, NMR spectroscopy and molecular mechanics calculations. In: Perkin Transactions 1 (11). pp. 1255-1259.
Rao, Rama Koteswara E and Kumar, Anil (2012) ENTANGLEMENT IN A 3-SPIN HEISENBERG-XY CHAIN WITH NEAREST-NEIGHBOR INTERACTIONS, SIMULATED IN AN NMR QUANTUM SIMULATOR. In: INTERNATIONAL JOURNAL OF QUANTUM INFORMATION, 10 (4).
Rao, Rama Koteswara K and Katiyar, Hemant and Mahesh, TS and Sen (De), Aditi and Sen, Ujjwal and Kumar, Anil (2013) Multipartite quantum correlations reveal frustration in a quantum Ising spin system. In: PHYSICAL REVIEW A, 88 (2).
Rao, Rama Koteswara K and Mahesh, TS and Kumar, Anil (2014) Efficient simulation of unitary operators by combining two numerical algorithms: An NMR simulation of the mirror-inversion propagator of an XY spin chain. In: PHYSICAL REVIEW A, 90 (1).
Rao, Ramesh N and Rabinal, MK and Sangunni, KS and Gopal, ESR (1996) Devitrified phases in CuAsSe glasses. In: Physica B, 225 (3-4). pp. 274-282.
Rao, Ramesh N and Sangunni, KS and Gopal, ESR and Krishna, PSR and Chakravarthy, R and Dasannacharya, BA (1995) Neutron diffraction studies of $Ge_xSe_{1-x}$ glasses. In: Physica B:Condensed Matter, 213-21 . pp. 561-563.
Rao, SS and Anuradha, KN and Sarangi, S and Bhat, SV (2005) Weakening of charge order and antiferromagnetic to ferromagnetic switch over in $Pr_{0.5}Ca_{0.5}MnO_{3}$ nanowires. In: Applied Physics Letters, 87 (18).
Rao, SS and Bhat, SV (2009) Magnetization, magnetotransport and electron magnetic resonance studies of nanoparticles and nanowires of Pr0.5Sr0.5MnO3. In: Journal of Physics D: Applied Physics, 42 (7). pp. 1-13.
Rao, SS and Bhat, SV (2010) Probing the existing magnetic phases in Pr0.5Ca0.5MnO3 (PCMO) nanowires and nanoparticles: magnetization and magneto-transport investigations. In: Journal of Physics: Condensed Matter, 22 (11).
Rao, SS and Bhat, SV (2009) Realizing the 'hindered charge ordered phase' in nanoscale charge ordered manganites: magnetization, magneto-transport and EPR investigations. In: Journal of Physics: Condensed Matter, 21 (19). pp. 1-13.
Rao, SS and Padmanabhan, B and Elizabeth, Suja and Bhat, HL and Bhat, SV (2008) Magnetic, electron magnetic resonance and optical studies of $Pr_{0.7}Pb_{0.3}MnO_3$ nanoparticles. In: Journal of Physics D: Applied Physics, 41 (15). 155011-1-155011-8.
Rao, SS and Sarangi, S and Bhat, SV and Anuradha, KN (2005) Weakening of charge order and antiferromagnetic to ferromagnetic switch over in Pr0.5Ca0.5MnO3 nanowires. In: Applied Physics Letters, 87 (18). p. 182503.
Rao, SS and Tripathi, S and Pandey, D and Bhat, SV (2006) Suppression of charge order, disappearance of antiferromagnetism, and emergence of ferromagnetism in $Nd_{0.5}Ca_{0.5}MnO_3$ nanoparticles. In: Physical Review B: Condensed Matter and Material Physics, 74 . 144416:1-144416:5.
Rao, SS and Tripathi, Shivam and Pandey, D and Bhat, SV (2006) Suppression of charge order, disappearance of antiferromagnetism, and emergence of ferromagnetism in Nd0.5Ca0.5MnO3 nanoparticles. In: Physical Review B, 74 (14).
Rapol, UD and Krishna, A and Natarajan, V (2003) Precise measurement of hyperfine structure in the $5P_{3/2}$ state of $^8^5\hspace{1mm}_{Rb}$. In: European Physical Journal D, 23 (2). pp. 185-188.
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Saeedzadeh, V and Jung, SL and Rennehan, D and Babul, A and Tremmel, M and Quinn, TR and Shao, Z and Sharma, P and Mayer, L and O'sullivan, E and Loubser, SI (2023) Cool and gusty, with a chance of rain: dynamics of multiphase CGM around massive galaxies in the Romulus simulations. In: Monthly Notices of the Royal Astronomical Society, 525 (4). pp. 5677-5701.
Sah, Surajit and Prusty, Sudakshina and Singh, Surjeet and Suryanarayanan, R and Revcolevschi, A and Sood, AK (2012) Tuning of phonon anharmonicity in pyrochlore titanates: temperature-dependent Raman studies of Sm2Ti2-xZrxO7 (x=0, 1/2, 3/4, and 2)and stuffed spin-ice Ho2+xTi2-xO7-x/2 (x=0, 1/3, and 2/3). In: Journal of Raman Spectroscopy, 43 (4). pp. 549-555.
Saha, Indranil and Chatterjee, Bhaswati and Shamala, Narayanaswamy and Balaram, Padmanabhan (2008) Crystal Structures of Peptide Enantiomers and Racemates: Probing Conformational Diversity in Heterochiral Pro-Pro Sequences. In: Peptide Science, 90 (4). pp. 537-543.
Saha, Indranil and Nandi, Manoj Kumar and Dasgupta, Chandan and Bhattacharyya, Sarika Maitra (2019) A comparative study of a class of mean field theories of the glass transition. In: JOURNAL OF STATISTICAL MECHANICS-THEORY AND EXPERIMENT, 2019 (8).
Saha, Indranil and Shamala, Narayanaswamy (2012) Investigating Diproline Segments in Proteins: Occurrences, Conformation and Classification. In: Biopolymers, 97 (1). pp. 54-64.
Saha, Indranil and Shamala, Narayanaswamy (2013) Investigating proline puckering states in diproline segments in proteins. In: Biopolymers, 99 (9). pp. 605-610.
Saha, K and Deka, J and Kumar, A and Mondal, M and Bora, BR and Bakli, C and Sood, AK and Chakraborty, S and Raidongia, K (2024) Carbonized Cotton Fibers for Ultrahigh Power-Density Electrokinetic Energy Harvesting. In: ACS Applied Energy Materials, 7 (1). pp. 176-185.
Saha, K and Jog, CJ (2006) Asymmetric Warps in Disk Galaxies: Dependence on Dark Matter Halo. In: Proceedings of the International Astronomical Union, 2 . 113-113 .
Saha, K and Jog, CJ (2006) On the generation of asymmetric warps in disk galaxies. In: Astronomy & Astrophysics, 446 (3). pp. 897-904.
Saha, Kanak (2008) Low-frequency m = 1 normal mode oscillations of a self-gravitating disc. In: Monthly Notices of the Royal Astronomical Society: Letters, 386 (1). L101-L105.
Saha, Kanak and Combes, Francoise and Jog, Chanda J (2007) Global lopsided instability in a purely stellar galactic disc. In: Monthly Notices of the Royal Astronomical Society, 382 (1). pp. 419-432.
Saha, Kanak and Jog, Chanda J (2014) Angular momentum transport and evolution of lopsided galaxies. In: MONTHLY NOTICES OF THE ROYAL ASTRONOMICAL SOCIETY, 444 (1). pp. 352-363.
Saha, Kanak and Levine, Evan S and Jog, Chanda J and Blitz, Leo (2009) The Milky Way's Dark Matter Halo Appears To Be Lopsided. In: Astrophysical Journal, 697 (2). pp. 2015-2029.
Saha, Kanak and de Jong, Roelof and Holwerda, Benne (2009) The onset of warps in Spitzer observations of edge-on spiral galaxies. In: Monthly Notices of the Royal Astronomical Society, 396 (1). pp. 409-422.
Saha, P and Bharadwaj, S and Chakravorty, S and Roy, N and Choudhuri, S and Gunther, HM and Smith, RK (2021) The auto- And cross-angular power spectrum of the Cas A supernova remnant in radio and X-ray. In: Monthly Notices of the Royal Astronomical Society, 502 (4). pp. 5313-5324.
Saha, Preetha and Bharadwaj, Somnath and Roy, Nirupam and Choudhuri, Samir and Chattopadhyay, Debatri (2019) A study of Kepler supernova remnant: angular power spectrum estimation from radio frequency data. In: MONTHLY NOTICES OF THE ROYAL ASTRONOMICAL SOCIETY, 489 (4). pp. 5866-5875.
Saha, Preetha and Roy, Nirupam and Bhattacharya, Mukul (2018) On estimating the atomic hydrogen column density from the HI 21 cm emission spectra. In: MONTHLY NOTICES OF THE ROYAL ASTRONOMICAL SOCIETY, 480 (1). L126-L130.
Saha, S and Gadagkar, V and Maiti, PK and Muthu, DVS and Golberg, D and Tang, C and Zhi, C and Bando, Y and Sood, AK (2007) Irreversible pressure-induced transformation of boron nitride nanotubes. In: Journal of Nanoscience and Nanotechnology, 7 (6). pp. 1810-1814.
Saha, SK (2015) Exploring the origin of ultralow thermal conductivity in layered BiOCuSe. In: PHYSICAL REVIEW B, 92 (4).
Saha, SK and Dutta, G (2016) Elastic and thermal properties of the layered thermoelectrics BiOCuSe and LaOCuSe. In: PHYSICAL REVIEW B, 94 (12).
Saha, SK and Mondal, P and Vasudeva, N and Mahadevu, R and Thapa, DK and Bhattacharyya, B and Sharma, A and Islam, S and Mahapatra, PS and Phanindra Sai, T and Channagiri, SA and Bellare, P and Narayan, A and Ravishankar, N and Patil, S and Ghosh, A and Pandey, A (2022) Unconventional properties of engineered Au-Ag nanostructures. In: Superconductor Science and Technology, 35 (8).
Saha, Srijan Kumar and Chandrakanth, Reddy Ch and Krishnamurthy, HR and Waghmare, UV (2009) Mechanisms of molecular doping of graphene: A first-principles study. In: Physical Review B, 80 (15).
Saha, Srijan Kumar and Waghmare, UV and Krishnamurthy, HR and Sood, AK (2008) Phonons in few-layer graphene and interplanar interaction: A first-principles study. In: Physical Review B: Condensed Matter and Materials Physics, 78 (16). pp. 165421-165426.
Saha, Srijan Kumar and Waghmare, UV and Krishnamurthy, HR and Sood, AK (2007) Probing zone-boundary optical phonons in doped graphene. In: Physical Review B, 76 (20). pp. 201404-1.
Saha, Surajit and Ghalsasi, Pallavi and Muthu, DVS and Singh, Surjeet and Suryanarayanan, R and Revcolevschi, A and Sood, AK (2012) Phonon anomalies and structural transition in spin ice Dy2Ti2O7: a simultaneous pressure-dependent and temperature-dependent Raman study. In: JOURNAL OF RAMAN SPECTROSCOPY, 43 (8). pp. 1157-1165.
Saha, Surajit and Muthu, DVS and Golberg, D and Tang, C and Zhi, C and Bando, Y and Sood, AK (2006) Comparative high pressure Raman study of boron nitride nanotubes and hexagonal boron nitride. In: Chemical Physics Letters, 421 (1-3). pp. 86-90.
Saha, Surajit and Muthu, DVS and Pascanut, C and Dragoe, N and Suryanarayanan, R and Dhalenne, G and Revcolevschi, A and Karmakar, Sukanta and Sharma, Surinder M and Sood, AK (2006) High-pressure Raman and x-ray study of the spin-frustrated pyrochlore Gd2Ti2O7. In: Physical Review B, 74 (6). 064109-1-064109-7.
Saha, Surajit and Muthu, DVS and Singh, Surjeet and Dkhil, B and Suryanarayanan, R and Dhalenne, G and Poswal, HK and Karmakar, S and Sharma, Surinder M and Revcolevschi, A and Sood, AK (2009) Low-temperature and high-pressure Raman and x-ray studies of pyrochlore Tb2Ti2O7: Phonon anomalies and possible phase transition. In: Physical Review B: Condensed Matter and Materials Physics, 79 (13).
Saha, Surajit and Prusty, Sudakshina and Singh, Surjeet and Suryanarayanan, R and Revcolevschi, A and Sood, AK (2011) Anomalous temperature dependence of phonons and photoluminescence bands in pyrochlore Er(2)Ti(2)O(7): signatures of structural deformation at 130 K. In: Journal of Physics: Condensed Matter, 23 (44).
Saha, Surajit and Prusty, Sudakshina and Singh, Surjeet and Suryanarayanan, R and Revcolevschi, A and Sood, AK (2011) Pyrochlore ``dynamic spin-ice'' Pr(2)Sn(2)O(7) and monoclinic Pr(2)Ti(2)O(7): A comparative temperature-dependent Raman study. In: Journal of Solid State Chemistry, 184 (8). pp. 2204-2208.
Saha, Suropriya and Golestanian, Ramin and Ramaswamy, Sriram (2014) Clusters, asters, and collective oscillations in chemotactic colloids. In: PHYSICAL REVIEW E, 89 (6).
Saha, Suropriya and Ramaswamy, Sriram (2014) Nonequilibrium noise in electrophoresis: The microion wind. In: PHYSICAL REVIEW E, 89 (3).
Saha, Suropriya and Ramaswamy, Sriram and Golestanian, Ramin (2019) Pairing, waltzing and scattering of chemotactic active colloids. In: NEW JOURNAL OF PHYSICS, 21 .
Sahana, M and Hegde, MS and Prasad, V and Subramanyam, SV (1999) Electrical resistivity and enhanced magnetoresistance in (La0.6Pb0.4MnO3/La0.85MnO3-delta)(n) superlattices. In: Journal of Applied Physics, 85 (2). pp. 1058-1062.
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Sahana, M and Rossler, UK and Ghosh, Nilotpal and Elizabeth, Suja and Bhat, HL and Dorr, K and Eckert, D and Wolf, M and Muller, KH (2003) Critical properties of the double-exchange ferromagnet Nd(0.6)Pb(0.4)MnO(3). In: Physical Review B: Condensed Matter and Materials Physics, 68 (14). p. 144408.
Sahana, M and Satyalakshmi, KM and Hegde, MS and Prasad, V and Subramanyam, SV (1997) Giant magnetoresistance in La0.6Pb0.4Mn(1-x)TixO3 films: Enhancement of magnetoresistance due to Ti4+ substitution in Mn4+ sites. In: Materials Research Bulletin, 32 (7). pp. 831-837. (In Press)
Sahana, M and Singh, RN and Shivakumara, C and Vasanthacharya, NY and Hegde, MS and Subramanian, S and Prasad, V and Subramanyam, SV (1997) Colossal magnetoresistance in epitaxial $La_(_1_-_x_-_y_)$$Na_y$$MnO_3$ thin film. In: Applied Physics Letters, 70 (21). pp. 2909-2911.
Sahel, D and Chatterjee, P and Murthy, OVSN and Korsós, BM and Liu, J and Nelson, JC and Erdélyi, R (2022) Polymeric jets throw light on the origin and nature of the forest of solar spicules. In: Nature Physics, 18 (5). pp. 595-600.
Sahoo, A and Gayathri, HN and Phanindra Sai, T and Upasani, PS and Raje, V and Berkmans, J and Ghosh, A (2020) Enhancement of thermal and mechanical properties of few layer boron nitride reinforced PET composite. In: Nanotechnology, 31 (31).
Sahoo, A and Nafday, D and Paul, T and Ruiter, R and Roy, A and Mostovoy, M and Banerjee, T and Saha-Dasgupta, T and Ghosh, A (2018) Out-of-plane interface dipoles and anti-hysteresis in graphene-strontium titanate hybrid transistor. In: npj 2D Materials and Applications, 2 (1).
Sahoo, AK and Schreiber, F and Netz, RR and Maiti, PK (2022) Role of entropy in determining the phase behavior of protein solutions induced by multivalent ions. In: Soft Matter, 18 (3). pp. 592-601.
Sahoo, Anil Kumar and Bagchi, Biman and Maiti, Prabal K (2019) Understanding enhanced mechanical stability of DNA in the presence of intercalated anticancer drug: Implications for DNA associated processes. In: JOURNAL OF CHEMICAL PHYSICS, 151 (16).
Sahoo, Anil Kumar and Bagchi, Biman and Maiti, Prabal K (2019) Unfolding Dynamics of Ubiquitin from Constant Force MD Simulation: Entropy-Enthalpy Interplay Shapes the Free-Energy Landscape. In: JOURNAL OF PHYSICAL CHEMISTRY B, 123 (6). pp. 1228-1236.
Sahoo, Anil Kumar and Kanchi, Subbarao and Mandal, Taraknath and Dasgupta, Chandan and Maiti, Prabal K (2018) Translocation of Bioactive Molecules through Carbon Nanotubes Embedded in the Lipid Membrane. In: ACS APPLIED MATERIALS & INTERFACES, 10 (7). pp. 6168-6179.
Sahoo, Anindita and Ha, Sieu D and Ramanathan, Shriram and Ghosh, Arindam (2014) Conductivity noise study of the insulator-metal transition and phase coexistence in epitaxial samarium nickelate thin films. In: PHYSICAL REVIEW B, 90 (8).
Sahoo, BK and Mukerjee, S and Soori, A (2024) Persistent currents in mesoscopic spin-orbit coupled rings due to an applied Zeeman field. In: Physical Review B, 110 (19).
Sahoo, D and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2022) Impact of irradiation doses on the structural, morphological, and linear–nonlinear optical properties of Ge10Sb25Se65 thin films for optoelectronic applications. In: European Physical Journal Plus, 137 (6).
Sahoo, D and Behera, SP and Shakya, J and Kaviraj, B (2022) Cost-effective synthesis of 2D molybdenum disulfide (MoS2) nanocrystals: An exploration of the influence on cellular uptake, cytotoxicity, and bio-imaging. In: PLoS ONE, 17 (1).
Sahoo, D and Priyadarshini, P and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2021) Influence of top layer on the linear and nonlinear optical parameters of Ag(Te)/As50Se50 bilayer thin films. In: Indian Journal of Physics .
Sahoo, D and Priyadarshini, P and Aparimita, A and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2021) Optimization of linear and nonlinear optical parameters of As40Se50Te10 thin films by thermal annealing. In: Optics and Laser Technology, 140 .
Sahoo, D and Priyadarshini, P and Aparimita, A and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2020) Role of annealing temperature on optimizing the linear and nonlinear optical properties of As40Se50Ge10films. In: RSC Advances, 10 (45). pp. 26675-26685.
Sahoo, D and Priyadarshini, P and Dandela, R and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2021) In situ laser irradiation: The kinetics of the changes in the nonlinear/linear optical parameters of As50Se40Sb10thin films for photonic applications. In: RSC Advances, 11 (26). pp. 16015-16025.
Sahoo, D and Priyadarshini, P and Dandela, R and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2021) Investigation of amorphous-crystalline transformation induced optical and electronic properties change in annealed As50Se50 thin films. In: Optical and Quantum Electronics, 53 (4).
Sahoo, D and Priyadarshini, P and Dandela, R and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2020) Optimization of linear and nonlinear optical parameters in As40Se60 film by annealing at different temperature. In: Optik, 219 .
Sahoo, D and Sahoo, S and Alagarasan, D and Ganesan, R and Varadharajaperumal, S and Naik, R (2022) Proton Ion Irradiation on As40Se50Sb10 Thin Films: Fluence-Dependent Tuning of Linear-Nonlinear Optical Properties for Photonic Applications. In: ACS Applied Electronic Materials, 4 (2). pp. 856-868.
Sahoo, D and Shakya, J and Ali, N and Yoo, WJ and Kaviraj, B (2022) Edge Rich Ultrathin Layered MoS2Nanostructures for Superior Visible Light Photocatalytic Activity. In: Langmuir, 38 (4). pp. 1578-1588.
Sahoo, D and Shakya, J and Choudhry, S and Singh, B and Kaviraj, B (2022) A simple two-step strategy to synthesize defect-rich MoS2nanocrystals for enhanced electrochemical hydrogen evolution. In: AIP Advances, 12 (3).
Sahoo, D and Shakya, J and Choudhury, S and Roy, SS and Devi, L and Singh, B and Ghosh, S and Kaviraj, B (2021) High-Performance MnO2Nanowire/MoS2Nanosheet Composite for a Symmetrical Solid-State Supercapacitor. In: ACS Omega .
Sahoo, Ganapati and Mitra, Dhrubaditya and Pandit, Rahul (2010) Dynamo onset as a first-order transition: Lessons from a shell model for magnetohydrodynamics. In: Physical Review E - Statistical, Nonlinear and Soft Matter Physics, 81 (3, Par).
Sahoo, Ganapati and Perlekar, Prasad and Pandit, Rahul (2011) Systematics of the magnetic-Prandtl-number dependence of homogeneous, isotropic magnetohydrodynamic turbulence. In: New Journal of Physics, 13 .
Sahoo, Rabindra and Mishra, Sarada P and Kumar, Anil and Sindhu, S and Rao, Narasimha K and Gopal, ESR (2007) Novel high contrast electrochromic polymer materials based on 3,4-propylenedioxythiophene. In: Optical Materials, 30 (1). pp. 143-145.
Sahoo, S and Dutta, U and Harnagea, L and Sood, AK and Karmakar, S (2020) Pressure-induced suppression of charge density wave and emergence of superconductivity in 1T-VSe2. In: Physical Review B, 101 (1).
Sahoo, S and Mishra, A and Diehl, AM and Jolly, MK (2022) Dynamics of hepatocyte-cholangiocyte cell-fate decisions during liver development and regeneration. In: iScience, 25 (9).
Sahoo, Shaon (2015) Optimal values of bipartite entanglement in a tripartite system. In: PHYSICS LETTERS A, 379 (3). pp. 119-123.
Sahoo, Shaon and Ganguly, Soumya Kanti (2015) Optimal Linear Glauber Model. In: JOURNAL OF STATISTICAL PHYSICS, 159 (2). pp. 336-357.
Sahoo, Shaon and Goli, Durga Prasad VML and Ramasesha, S and Sen, Diptiman (2012) Exact entanglement studies of strongly correlated systems: role of long-range interactions and symmetries of the system. In: Journal of Physics: Condensed Matter, 24 (11).
Sahoo, Shaon and Ramasesha, S (2012) Full spin and spatial symmetry adapted technique for correlated electronic hamiltonians: Application to an icosahedral cluster. In: International Journal of Quantum Chemistry, 112 (4). pp. 1041-1054.
Sahoo, Shaon and Sutter, Jean-Pascal and Ramasesha, S (2012) Study of Low Temperature Magnetic Properties of a Single Chain Magnet with Alternate Isotropic and Non-collinear Anisotropic Units. In: Journal of Statistical Physics, 147 (1). pp. 181-193.
Sahoo, Subasa C and Mohapatra, Dipti R and Lee, Hak-Joo and Jejurikar, Suhas M and Kim, Inho and Lee, Seung-Cheol and Park, Jong-Keuk and Baik, Young-Loon and Lee, Wook-Seong (2014) Carbon nanoflake growth from carbon nanotubes by hot filament chemical vapor deposition. In: CARBON, 67 . pp. 704-711.
Sahu, H (2024) Information scrambling in quantum walks: Discrete-time formulation of Krylov complexity. In: Physical Review A, 110 (5).
Sahu, MR and Paul, AK and Sutradhar, J and Watanabe, K and Taniguchi, T and Singh, V and Mukerjee, S and Banerjee, S and Das, A (2021) Quantized conductance with nonzero shot noise as a signature of Andreev edge state. In: Physical Review B, 104 (8).
Sahu, Manas Ranjan and Liu, Xin and Paul, Arup Kumar and Das, Sourin and Raychaudhuri, Pratap and Jain, J K and Das, Anindya (2018) Inter-Landau-level Andreev Reflection at the Dirac Point in a Graphene Quantum Hall State Coupled to a NbSe2 Superconductor. In: PHYSICAL REVIEW LETTERS, 121 (8).
Sahu, Manas Ranjan and Paul, Arup Kumar and Soori, Abhiram and Watanabe, K and Taniguchi, T and Mukerjee, Subroto and Das, Anindya (2019) Enhanced shot noise at bilayer graphene-superconductor junction. In: PHYSICAL REVIEW B, 100 (23).
Sahu, Manas Ranjan and Raychaudhuri, Pratap and Das, Anindya (2016) Andreev reflection near the Dirac point at the graphene-NbSe2 junction. In: PHYSICAL REVIEW B, 94 (23).
Sahu, SK and Mandal, S and Ghosh, S and Deshmukh, MM and Singh, V (2022) Superconducting Vortex-Charge Measurement Using Cavity Electromechanics. In: Nano Letters, 22 (4). 1665 -1671.
Sahu, SK and Vaidya, J and Schmidt, F and Jangade, D and Thamizhavel, A and Steele, G and Deshmukh, MM and Singh, V (2019) Nanoelectromechanical resonators from high-T c superconducting crystals of Bi2Sr2Ca1Cu2O<IMG ALIGN=MIDDLE ALT=-8+δ. In: 2D Materials, 6 (2).
Sahu, Subhayan and Roy, Shasanka M (2018) Maximal entanglement and state transfer using Arthurs-Kelly type interaction for qubits. In: EUROPEAN PHYSICAL JOURNAL D, 72 (12).
Sahu, Sudhir Kumar and Jangade, Digambar and Thamizhavel, Arumugam and Deshmukh, Mandar M and Singh, Vibhor (2019) Elastic properties of few unit cell thick superconducting crystals of Bi2Sr2CaCu2O8+delta. In: APPLIED PHYSICS LETTERS, 115 (14).
Sai, PJ and Jain, RK (2023) Inflationary cross-correlations of a non-minimal spectator and their soft limits. In: Journal of Cosmology and Astroparticle Physics, 2023 (9).
Sai, Phanindra T and Raychaudhuri, AK (2007) Adhesion behaviour of self-assembled alkanethiol monolayers on silver at different stages of growth. In: Journal of Physics D: Applied Physics, 40 (10). pp. 3182-3189.
Sai, Phanindra T and Raychaudhuri, AK (2007) Electric Field Directed Growth of Molecular Wires of Charge Transfer Molecules on Prefabricated Metal Electrodes. In: MRS Proceedings, 1058 . JJ05-03.
Sai, T Phanindra and Raychaudhuri, AK (2010) Observation of Peierls transition in nanowires (diameter similar to 130 nm) of the charge transfer molecule TTF-TCNQ synthesized by electric-field-directed growth. In: Nanotechnology, 21 (4).
Saikia, G and Patra, NN and Roy, N and Jog, CJ (2020) Gas-dust correlations in nearby galaxies: A case study of NGC 3184 and NGC 7793. In: Monthly Notices of the Royal Astronomical Society, 492 (2). pp. 2517-2527.
Saikia, Lachit and Sarkar, Tanmoy and Thomas, Meera and Raghunathan, V A and Sain, Anirban and Sharma, Prerna (2017) Curvature instability of chiral colloidal membranes on crystallization. In: NATURE COMMUNICATIONS, 8 .
Saikia, Lachit and Sharma, Prerna (2018) Self assembly of cyclic polygon shaped fluid colloidal membranes through pinning. In: SOFT MATTER, 14 (48). pp. 9959-9966.
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Simon, R and Sudarshan, ECG and Mukunda, N (1984) Generalized rays in first-order optics: transformation properties of Gaussian Schell-model fields. In: Physical Review A.-General-Physics -Third-Series, 29 (6). pp. 3273-3279.
Sindhu, S and Rao, K Narasimha and Gopal, ESR (2008) Comparison of performance parameters of poly(3,4 ethylenedioxythiophene) (PEDOT) based electrochromic device on glass with and without counter electrode. In: Bulletin of Materials Science, 31 (1). pp. 15-18.
Sindhu, S and Siju, CR and Sharma, SK and Rao, KN and Gopal, ESR (2012) Optical, electrochemical and morphological investigations of poly (3,4-propylenedioxythiophene)-sultone (PProDOT-S) thin films. In: BULLETIN OF MATERIALS SCIENCE, 35 (4). pp. 611-616.
Singh, Suheshkumar M and Yalavarthy, Phaneendra K and Vasu, RM and Rajan, K (2010) Assessment of ultrasound modulation of near infrared light on the quantification of scattering coefficient. In: Medical Physics, 37 (7). pp. 3744-3751.
Singh, A and Jo, SS and Li, Y and Wu, C and Li, M and Jaramillo, R (2020) Refractive Uses of Layered and Two-Dimensional Materials for Integrated Photonics. In: ACS Photonics, 7 (12). pp. 3270-3285.
Singh, Abhay Kumar (2013) Comparative study on optical properties of Se-Zn-In and Se-Zn-Te-In chalcogenide glasses. In: Optik - International Journal for Light and Electron Optics, 124 (15). pp. 2187-2190.
Singh, Abhay Kumar and Kim, JunHo and Park, Jong Tae and Sangunni, KS (2015) Properties of the chalcogenide-carbon nano tubes and graphene composite materials. In: JOURNAL OF ALLOYS AND COMPOUNDS, 627 . pp. 468-475.
Singh, Alok K and Angom, D and Natarajan, Vasant (2013) Observation of the nuclear magnetic octupole moment of Yb-173 from precise measurements of the hyperfine structure in the P-3(2) state. In: PHYSICAL REVIEW A, 87 (1).
Singh, Alok K and Muanzuala, Lal and Mohanty, Atanu K and Natarajan, Vasant (2012) Optical frequency metrology with an Rb-stabilized ring-cavity resonator-study of cavity-dispersion errors. In: Journal of the Optical Society of America B, 29 (10). pp. 2734-2740.
Singh, Alok K and Muanzuala, Lal and Natarajan, Vasant (2010) Precise measurement of hyperfine structure in the 2P(1/2) state of Li-7 using saturated-absorption spectroscopy. In: Physical Review A, 82 (4).
Singh, Alok K and Natarajan, Vasant (2015) Observation of coherent population trapping in a V-type two-electron system. In: NEW JOURNAL OF PHYSICS, 17 .
Singh, Amrita and Chowdhury, Debtosh and Ghosh, Arindam (2009) Resistivity noise in crystalline magnetic nanowires and its implications to domain formation and kinetics. In: Applied Physics Letters, 95 (9).
Singh, Amrita and Ghosh, Arindam (2011) Domain-wall creep driven by spin torque in nanoscale ferromagnetic cylinders. In: Physical Review B: Condensed Matter and Materials Physics, 84 (6).
Singh, Amrita and Ghosh, Arindam (2008) Stabilizing High-Energy Crystal Structure in Silver Nanowires with Underpotential Electrochemistry. In: Journal of Physical Chemistry C, 112 (10). 3460 -3463.
Singh, Amrita and Ghosh, Arindam and Singh, Amrita and Singh, Amrita (2007) Tailoring of Structural Morphology of Silver Nanowires in Electrochemical Growth. In: MRS Proceedings, 1058 .
Singh, Amrita and Mukhopadhyay, Soumik and Ghosh, Arindam (2010) Tracking Random Walk of Individual Domain Walls in Cylindrical Nanomagnets with Resistance Noise. In: Physical Review Letters, 105 (6).
Singh, Amrita and Sai, Phanindra T and Ghosh, Arindam (2008) Electrochemical fabrication of ultralow noise metallic nanowires with hcp crystalline lattice. In: APPLIED PHYSICS LETTERS, 93 (10).
Singh, Anang K and Burada, PS and Bhattacharya, Susmita and Bag, Sudipta and Bhattacharya, Amitabha and Dasgupta, Swagata and Roy, Anushree (2018) Microwave-radiation-induced molecular structural rearrangement of hen egg-white lysozyme. In: PHYSICAL REVIEW E, 97 (5).
Singh, Arvind R and Sood, AK and Jayaram, V and Biswas, SK (1998) Analysis of microresidual stresses in 6H-SiC particles within $Al_2O_3-SiC-(Al,Si)$ CMC using raman spectroscopy. In: Scripta Materialia, 38 (4). pp. 617-622.
Singh, Ashish Kumar and Mishra, Himanshu and Firdaus, Zeba and Yadav, Shivangi and Aditi, Prerana and Nandy, Nabarun and Sharma, Kavyanjali and Bose, Priyanka and Pandey, Akhilesh Kumar and Chauhan, Brijesh Singh and Neogi, Kaushik and Vikram, Kunwar and Srivastava, Anchal and Kar, Amrita Ghosh and Prakash, Pradyot (2019) MoS2-Modified Curcumin Nanostructures: The Novel Theranostic Hybrid Having Potent Antibacterial and Antibiofilm Activities against Multidrug-Resistant Hypervirulent Klebsiella pneumoniae. In: CHEMICAL RESEARCH IN TOXICOLOGY, 32 (8). pp. 1599-1618.
Singh, Ashish Kumar and Mishra, Himanshu and Firdaus, Zeba and Yadav, Shivangi and Aditi, Prerana and Nandy, Nabarun and Sharma, Kavyanjali and Bose, Priyanka and Pandey, Akhilesh Kumar and Chauhan, Brijesh Singh and Neogi, Kaushik and Vikram, Kunwar and Srivastava, Anchal and Kar, Amrita Ghosh and Prakash, Pradyot (2019) MoS2-Modified Curcumin Nanostructures: The Novel Theranostic Hybrid Having Potent Antibacterial and Antibiofilm Activities against Multidrug-Resistant Hypervirulent Klebsiella pneumoniae. In: CHEMICAL RESEARCH IN TOXICOLOGY, 32 (8). pp. 1599-1618.
Singh, Ashmeet and Sharma, Prateek (2015) The cold mode: a phenomenological model for the evolution of density perturbations in the intracluster medium. In: MONTHLY NOTICES OF THE ROYAL ASTRONOMICAL SOCIETY, 446 (2). pp. 1895-1906.
Singh, Avinash and Kumar, Brajesh and Moriya, Takashi J and Anupama, G C and Sahu, D K and Brown, Peter J and Andrews, Jennifer E and Smith, Nathan (2019) Observational Signature of Circumstellar Interaction and Ni-56-mixing in the Type II Supernova 2016gfy. In: ASTROPHYSICAL JOURNAL, 882 (1).
Singh, Avinash and Sahu, D K and Anupama, G C and Kumar, Brajesh and Kumar, Harsh and Yamanaka, Masayuki and Baklanov, Petr V and Tominaga, Nozomu and Blinnikov, Sergei I and Maeda, Keiichi and Dutta, Anirban and Bhalerao, Varun and Anche, Ramya M and Barway, Sudhanshu and Akitaya, Hiroshi and Nakaoka, Tatsuya and Kawabata, Miho and Kawabata, Koji S and Sasada, Mahito and Takagi, Kengo and Maehara, Hiroyuki and Isogai, Keisuke and Kino, Masaru and Taguchi, Kenta and Nagao, Takashi (2019) SN 2018hna: 1987A-like Supernova with a Signature of Shock Breakout. In: ASTROPHYSICAL JOURNAL LETTERS, 882 (2).
Singh, Awaneesh and Puri, Sanjay and Dasgupta, Chandan (2012) Growth Kinetics of Nanoclusters in Solution. In: Journal of Physical Chemistry B, 116 (15). pp. 4519-4523.
Singh, Awaneesh and Puri, Sanjay and Dasgupta, Chandan (2014) Kinetics of phase separation in polymer mixtures: A molecular dynamics study. In: JOURNAL OF CHEMICAL PHYSICS, 140 (24).
Singh, G and Bera, S and Shenoy, VB (2024) Arboreal obstructed atomic insulating and metallic phases of fermions. In: Physical Review B, 110 (20).
Singh, Geetanjali and Bhat, SV (2012) Charge order suppression, emergence of ferromagnetism and absence of exchange bias effect in Bi0.25Ca0.75MnO3 nanoparticles: Electron paramagnetic resonance and magnetization studies. In: JOURNAL OF APPLIED PHYSICS, 111 (12).
Singh, Geetanjali and Bhat, SV (2014) Effect of size reduction on magnetic ordering in Bi0.2Sr0.8MnO3. In: JOURNAL OF APPLIED PHYSICS, 115 (17).
Singh, Geetanjali and Bhat, SV (2015) Temperature-Dependent Magnetic and EPR Studies of Bulk and Nanoparticles of Bi0.1Ca0.9MnO3. In: APPLIED MAGNETIC RESONANCE, 46 (8). pp. 921-929.
Singh, HJ and Ghosh, A (2018) Chiro-optical response in helically arranged achiral dielectric nanoparticles. In: Journal of Materials Chemistry C, 6 (10). pp. 2430-2434.
Singh, Haobijam Johnson and Ghosh, Ambarish (2018) Chiral Assemblies of Achiral Dielectric Nanoparticles: Semianalytical Approach. In: JOURNAL OF PHYSICAL CHEMISTRY C, 122 (35). pp. 20476-20482.
Singh, Haobijam Johnson and Ghosh, Ambarish (2018) Harnessing magnetic dipole resonance in novel dielectric nanomaterials. In: NANOSCALE, 10 (34). pp. 16102-16106.
Singh, Haobijam Johnson and Ghosh, Ambarish (2018) Large and Tunable Chiro-Optical Response with All Dielectric Helical Nanomaterials. In: ACS PHOTONICS, 5 (5, SI). pp. 1977-1985.
Singh, Haobijam Johnson and Ghosh, Ambarish (2012) Porous Three Dimensional Arrays of Plasmonic Nanoparticles. In: JOURNAL OF PHYSICAL CHEMISTRY C, 116 (36). pp. 19467-19471.
Singh, Haobijam Johnson and Saumitra, * and Singh, Vijay R and Sikdar, Sujit K and Jayaprakash, Balaji and Ghosh, Ambarish (2016) Circular Differential Two-Photon Luminescence from Helically Arranged Plasmonic Nanoparticles. In: ACS PHOTONICS, 3 (5). pp. 863-868.
Singh, Johnson Haobijam and Nair, Greshma and Ghosh, Arijit and Ghosh, Ambarish (2013) Wafer scale fabrication of porous three-dimensional plasmonic metamaterials for the visible region: chiral and beyond. In: NANOSCALE, 5 (16). pp. 7224-7228.
Singh, Joykumar and Ganeshsanjeev, * and Siddappa, K and Bhat, SV (2004) Large Enhancement of the Ionic Conductivity in an Electron-Beam-Irradiated $[Poly(ethylene glycol)]_xLiClO_4$ Solid Polymer Electrolyte. In: Journal of Polymer Science Part B: Polymer Physics, 42 (7). pp. 1299-1311.
Singh, Joykumar TH and Bhat, SV (2003) Morphology and conductivity studies of a new solid polymer electrolyte: (PEG)xLiCIO4. In: Bulletin of Materials Science, 26 (7). pp. 707-714.
Singh, Joykumar Th and Bhat, SV (2004) Increased lithium-ion conductivity in $(PEG)_{46}LiClO_4$ solid polymer electrolyte with $\delta-Al_2O_3$ nanoparticles. In: Journal of Power Sources, 129 (2). pp. 280-287.
Singh, Jugeshwar K and Clark, WG and Gaidos, G and Reyes, AP and Kuhns, P and Thompson, JD and Menon, R and Ramesh, KP (2015) NMR relaxation studies in doped poly-3-methylthiophene. In: PHYSICAL REVIEW B, 91 (17).
Singh, K Jugeshwar and Clark, WG and Ramesh, KP and Menon, Reghu (2008) H-1-NMR and charge transport in metallic polypyrrole at ultra-low temperatures and high magnetic fields. In: Journal of Physics: Condensed Matter, 20 (46). 465208-1-465208-9.
Singh, KP and Rana, VR (2003) V1432 Aql: A polar or an intermediate polar? In: Astronomy and Astrophysics, 410 . pp. 231-238.
Singh, MP and Sinha, KP (1989) A possible mechanism for high-temperature superconductivity: Application to Bi and Tl compounds. In: Solid State Communications, 70 (2). pp. 149-151.
Singh, MP and Thakur, CS and Shalini, K and Bhat, N and Shivashankar, SA (2003) Structural and electrical characterization of erbium oxide films grown on Si(100) by low-pressure metalorganic chemical vapor deposition. In: Applied Physics Letters, 83 (14). pp. 2889-2891.
Singh, Manoranjan P and Chengxiang, Zhang and Dasgupta, Chandan (1995) Fixed points in a Hopfield model with random asymmetric interactions. In: Physical Review E - Statistical Physics, Plasmas, Fluids, and Related Interdisciplinary Topics, 52 (5). pp. 5261-5272.
Singh, Mayanglambam Suheshkumar and Kanhirodan, Rajan and Vasu, Ram Mohan and Roy, Debasish (2012) Ultrasound modulation of coherent light in a multiple-scattering medium: experimental verification of nonzero average phase carried by light. In: BIOMEDICAL OPTICS EXPRESS, 3 (9). pp. 2100-2110.
Singh, Mayanglambam Suheshkumar and Rajan, Kanhirodan and Vasu, Ram Mohan and Roy, Debasish (2012) Quantitative estimation of mechanical and optical properties from ultrasound assisted optical tomography data. In: Journal of Biomedical Optics, 17 (10). pp. 101507-1.
Singh, N and Sood, AK and Ganapathy, R (2020) Cooperatively rearranging regions change shape near the mode-coupling crossover for colloidal liquids on a sphere. In: Nature Communications, 11 (1).
Singh, N and Sood, AK and Ganapathy, R (2022) Observation of two-step melting on a sphere. In: Proceedings of the National Academy of Sciences of the United States of America, 119 (32).
Singh, PR and Dadireddy, V and Udupa, S and Kalladi, SM and Shee, S and Khosla, S and Rajmani, RS and Singh, A and Ramakumar, S and Nagaraja, V (2023) The Mycobacterium tuberculosis methyltransferase Rv2067c manipulates host epigenetic programming to promote its own survival. In: Nature Communications, 14 (1).
Singh, Prashant Kumar and Chatterjee, Gourab and Lad, AmitD and Adak, Amitava and Ahmed, Saima and Khorasaninejad, M. and Adachi, MM and Karim, KS and Saini, SS and Sood, AK and Kumar, GRavindra (2012) Efficient generation and guiding of megaampere relativistic electron current by silicon nanowires. In: APPLIED PHYSICS LETTERS, 100 (24).
Singh, R and Kansara, K and Yadav, P and Mandal, S and Varshney, R and Gupta, S and Kumar, A and Maiti, PK and Bhatia, D (2024) DNA tetrahedral nanocages as a promising nanocarrier for dopamine delivery in neurological disorders. In: Nanoscale, 16 (32). pp. 15158-15169.
Singh, RN and Shivakumara, C and Vasanthacharya, NY and Hegde, MS and Sahana, M (1997) Colossal magnetoresistance in epitaxial La(1-x-y)NayMnO3 thin film. In: Applied Physics Letters, 70 (21). pp. 2909-2911.
Singh, Rajeev and Menon, Shakti N and Sinha, Sitabhra (2016) Complex patterns arise through spontaneous symmetry breaking in dense homogeneous networks of neural oscillators. In: SCIENTIFIC REPORTS, 6 .
Singh, S and Poojari, J and Bhat, V and Mallikarjun, R and Athikundil Kayakkulam, S and Shinde, KP and Park, JS and Jo, Y and Kumar, PSA and Joshi, RS (2023) Evaluation of low magnetic field magnetocapacitance effect in Ni–NiO inhomogeneous medium. In: Applied Physics A: Materials Science and Processing, 129 (10).
Singh, SK and Singh, A and Kumar, V and Gupta, J and Umrao, S and Kumar, M and Sarma, DK and Leja, M and Bhandari, MP and Verma, V (2022) Nanosheets Based Approach to Elevate the Proliferative and Differentiation Efficacy of Human Wharton�s Jelly Mesenchymal Stem Cells. In: International Journal of Molecular Sciences, 23 (10).
Singh, Shwetabh (1999) Cosmological Models with Shear and Rotation. In: Journal of Astrophysics and Astronomy, 20 (1-2). pp. 67-77.
Singh, Suheshkumar M and Rajan, K and Vasu, RM (2011) Estimation of elasticity map of soft biological tissue mimicking phantom using laser speckle contrast analysis. In: Journal of Applied Physics, 109 (10, Sp). p. 104704.
Singh, Sumita and Suman, Smriti P and Singh, Vijay A (2016) Quantum-classical correspondence for a particle in a homogeneous field. In: EUROPEAN JOURNAL OF PHYSICS, 37 (6).
Singh, Surjeet and Saha, Surajit and Dhar, SK and Suryanarayanan, R and Sood, AK and Revcolevschi, A (2008) Manifestation of geometric frustration on magnetic and thermodynamic properties of the pyrochlores Sm2X2O7 (X=Ti,Zr). In: Physical Review B: Condensed Matter and Materials Physics, 77 (5).
Singh, Surjeet and Suryanarayanan, R and Tackett, R and Lawes, G and Sood, AK and Berthet, P and Revcolevschi, A (2008) Ordered spin-ice state in the geometrically frustrated metallic ferromagnet Sm2Mo2O7. In: Physical Review B: Condensed Matter and Materials Physics, 77 (2).
Singh, T and Nicolau, JH and Lin, Z and Sharma, S and Sen, A and Kuley, A (2022) Global gyrokinetic simulations of electrostatic microturbulent transport using kinetic electrons in LHD stellarator. In: Nuclear Fusion, 62 (12).
Singh, T and Nicolau, JH and Nespoli, F and Motojima, G and Lin, Z and Sen, A and Sharma, S and Kuley, A (2024) Global gyrokinetic simulations of electrostatic microturbulent transport in LHD stellarator with boron impurity. In: Nuclear Fusion, 64 (1).
Singh, T and Shah, K and Sharma, D and Ghosh, J and Jadeja, KA and Tanna, RL and Chowdhuri, MB and Lin, Z and Sen, A and Sharma, S and Kuley, A (2024) Gyrokinetic simulations of electrostatic microturbulence in ADITYA-U tokamak with argon impurity. In: Nuclear Fusion, 64 (8).
Singh, T and Sharma, D and Macwan, T and Sharma, S and Ghosh, J and Sen, A and Lin, Z and Kuley, A (2023) Gyrokinetic simulations of electrostatic microturbulence in ADITYA-U tokamak. In: Nuclear Fusion, 63 (5).
Singh, TJ and Mimani, T and Patil, KC and Bhat, SV (2002) Enhanced lithium-ion transport in PEG-based composite polymer electrolyte with Mn0.03Zn0.97Al2O4 nanoparticles. In: Solid State Ionics, 154 (part B). 21-27 .
Singh, TP and Vijayan, M (1973) Structural Crystallography and Crystal Chemistry. In: Acta Crystallographica Section B, 29 (4). pp. 714-720.
Singh, TP and Vijayan, M (1973) Structural Studies Of Analgesics And Their Interactions .1. Crystal And Molecular-Structure Of Antipyrine. In: Acta Crystallographica Section B, B 29 (APR15). pp. 714-720.
Singh, TP and Vijayan, M (1974) Structural studies of analgesics and their interactions. II. The crystal structure of a 1:1 complex between antipyrine and salicyclic acid (salipyrine). In: Acta Crystallographica Section B, B30 (MAR15). pp. 557-562.
Singh, Tej Pal and Vijayan, Mamannamana (1977) Structural studies of analgesics and their interactions. Part 4. Crystal structures of phenylbutazone and a 2 : 1 complex between phenylbutazone and piperazine. In: Journal of The Chemical Society-Perkin Transactions 2, 2 (5). pp. 693-699.
Singh, Th B and Gunes, S and Marjanovic, N and Sariciftci, NS and Menon, R (2005) Correlation between morphology and ambipolar transport in organic field-effect transistors. In: Journal of Applied Physics, 97 (11).
Singh, Umesh Prasad (2010) Structure of a cyclic water tetramer in a nucleotide crystal host and a hypothetical model for water cluster growth. In: Journal of Molecular Structure, 983 (1-3). pp. 73-75.
Singh, Umesh Prasad and Thomas, Mini and Seshadri, TP and Bhattacharya, Santanu (2000) Ethyl 2-[N-(tert-butyloxycarbonyl)-L-alanylamino]-4-methyl-1,3-thiazole-5-carboxylate reveals a trans orientation of the preceding amide N-H with respect to the thiazole-ring sulfur. In: Acta Crystallographica Section C, 56 (12). pp. 1482-1483.
Singh, VR and Gopal, ESR (1998) Progress of instrumentation during past fifty years in India. In: IETE Technical Review, 15 (5). pp. 305-318.
Singh, Vibhor and Shevchuk, Olga and Blanter, Ya M and Steele, Gary A (2016) Negative nonlinear damping of a multilayer graphene mechanical resonator. In: PHYSICAL REVIEW B, 93 (24).
Singh, WJ and Singh, KJ and Ramesh, KP and Devi, KN (2021) Dopant induced anomalous field dependent mobility behavior of poly(3-octylthiophene) devices. In: Synthetic Metals, 279 .
Singha, Ratnadwip and Pariari, Arnab and Gupta, Gaurav Kumar and Das, Tanmoy and Mandal, Prabhat (2018) Probing the Fermi surface and magnetotransport properties of MoAs2. In: PHYSICAL REVIEW B, 97 (15).
Sinha, KP (1998) A Combined Mechanism Mediated by Lochons and Phonons for Cuprate Superconductors. In: Modern Physics Letters B [Condensed Matter Physics; Statistical Physics and Applied Physics], 12 (20). pp. 805-818.
Sinha, KP and Sivaram, C (1973) Mass-Spectrum Of Elementary-Particles. In: Current Science (Bangalore), 42 (13). pp. 445-447.
Sinha, A and Mithun, KP and Sood, AK (2023) Time-Resolved Second-Harmonic Generation in Topological Insulator Bi2Te3: Competing Contributions from Dirac Surface States, Surface Photovoltage, and Band Bending. In: ACS Photonics .
Sinha, APB and Panat, PV and Amritkar, RE and Sinha, KP (1987) An excitonic mechanism for high-temperature. Superconductivity in YBa2Cu3O7. In: Phase Transitions: A Multinational Journal, 10 (3). pp. 203-211.
Sinha, Banibrato and Guddeti, Sreekar and Kumar, P S Anil (2019) Engineering the tilt angle in quasi-perpendicularly magnetized Ta/Pt/CoFeB/Pt thin films. In: PHYSICA B-CONDENSED MATTER, 572 . pp. 251-255.
Sinha, Debabrata and Sengupta, Surajit and Dasgupta, Chandan and Valls, Oriol T (2013) Out of equilibrium plasticity dynamics and the annealing of supersolidity in solid He-4. In: JOURNAL OF PHYSICS-CONDENSED MATTER, 25 (29).
Sinha, KP (1985) Bose condensation of particle-antiparticle systems. In: Pramana, 25 (4). pp. 467-472.
Sinha, KP (1990) Correlated Pair Transfer Mechanism: Lochon-Induced Pairing in High-$T_c$ Superconductors. In: Physica B: Condensed Matter, 163 (1-3). pp. 664-666.
Sinha, KP (1998) Professor Charles Frank - An obituary. In: Current Science, 65 (01). pp. 66-67.
Sinha, KP (1985) Symmetry breaking, phase transition and gravity. In: Pramana: Journal of Physics, 25 (4). pp. 343-347.
Sinha, KP (1980) The effect of radiation on the electron pairing in a multiband system. In: Journal of Low Temperature Physics, 39 (1-2). pp. 1-11.
Sinha, KP (1979) A model for antiferromagnetic to superconductor transition. In: Solid State Communications, 31 (3). pp. 201-203.
Sinha, KP (1991) The polarizability of the lochon-fermion interaction in the cuprate superconductors. In: Solid State Communication, 79 (9). pp. 735-737.
Sinha, KP and Jindal, Apoorv (2014) On the mechanism of room temperature superconductivity in substitutionally doped graphene. In: SOLID STATE COMMUNICATIONS, 180 . pp. 44-45.
Sinha, KP and Meulenberg, A (2006) Laser stimulation of low-energy nuclear reactions in deuterated palladium. In: Current Science, 91 (7). pp. 907-912.
Sinha, KP and Meulenberg, A (2007) Lochon Catalyzed D-D Fusion in Deuterated Palladium in the Solid State. In: National Academy of Science Letters - India, 30 (7-8). pp. 243-245.
Sinha, KP and Rastogi, A (1995) On the isotope effect in some cuprate superconductors. In: National Academy Science Letters (India), 18 (11-12). pp. 221-226.
Sinha, KP and Srivastava, SK (1995) Dual nature of Ricci scalar and creation of spinless particles. In: Pramana, Journal of Physics, 44 (4). pp. 333-345.
Sinha, KP and Sudarshan, ECG and Vigier, JP (1986) Superfluid vacuum carrying real Einstein-de Broglie waves. In: Physics Letters A, 114 (6). 298 -300.
Sinha, KP and Vytheeswaran, AS (1996) Lochon-induced Interlayer Pairing and Gap Anisotropy in Cuprate Superconductors. In: Solid State Communications, 99 (11). pp. 845-848.
Sinha, Monika and Mukhopadhyay, Banibrata (2008) CPT and lepton number violation in the neutrino sector: Modified mass matrix and oscillation due to gravity. In: Physical Review D, 77 (2). 025003-1-025003-12.
Sinha, Monika and Mukhopadhyay, Banibrata and Sedrakian, Armen (2013) Hypernuclear matter in strong magnetic field. In: NUCLEAR PHYSICS A, 898 . pp. 43-58.
Sinha, Neeraj and Mahesh, TS and Ramanathan, KV and Kumar, Anil (2001) Toward quantum information processing by nuclear magnetic resonance: Pseudopure states and logical operations using selective pulses on an oriented spin 3/2 nucleus. In: Journal of Chemical Physics, 114 (10). pp. 4415-4420.
Sinha, Neeraj and Ramanathan, KV (2000) Use of polarization inversion for resolution of small dipolar couplings in SLF-2D NMR experiments ± an application to liquid crystals. In: Chemical Physics Letters, 332 (1-2). pp. 125-130.
Sinha, Shantanu and Srinivasan, R (1983) High-Pressure Low-Temperature Locknut Cell For Both Electron-Paramagnetic-Res And Nmr-Studies To 10 Kilobars And 77-K. In: Review of Scientific Instruments, 54 (11). pp. 1492-1496.
Sinha, Shantanu and Srinivasan, R (1983) High-pressure low-temperature locknut cell for both EPR and NMR studies to 10 kilobars and 77 K. In: Review of Scientific Instruments, 54 (11). pp. 1492-1496.
Sinha, Shantanu and Srinivasan, R (1982) Sulphate ion dynamics in alpha-alums studied by esr at high pressures. In: Chemical Physics Letters, 88 (1). pp. 115-118.
Sinha, Sitabhra (1999) Noise-free stochastic resonance in simple chaotic systems. In: Physica A, 270 (1-2). pp. 204-214.
Sinha, Sitabhra and Basak, Jayanta (2002) Dynamical response of an excitatory-inhibitory neural network to external stimulation: An application to image segmentation. In: Physical Review E (Statistical, Nonlinear, and Soft Matter Physics), 65 (4). 046112/1-6.
Sinha, Sitabhra and Chakrabarti, Bikas K (1999) Dynamical transitions in network models of collective computation. In: Current Science, 77 (3). pp. 420-428.
Sinha, Sitabhra and Christini, David J (2002) Termination of reentry in an inhomogeneous ring of model cardiac cells. In: Physical Review E (Statistical, Nonlinear, and Soft Matter Physics), 66 (6). pp. 61903-1.
Sinha, Sitabhra and Pande, Ashwin and Pandit, Rahul (2001) Defibrillation via the Elimination of Spiral Turbulence in a Model for Ventricular Fibrillation. In: Physical Review Letters, 86 (16). pp. 3678-81.
Sinha, Sitabhra and Stein, Kenneth M and Christini, David J (2002) Critical role of inhomogeneities in pacing termination of cardiac reentry. In: Chaos, 12 (3). pp. 893-902.
Sinha , KP and Sudarshan, ECG (1978) The superfluid as a source of all interactions. In: Foundations of Physics, 8 (11-1). 823-831 .
Sinna, Shantanu and Srinivasan, R (1982) Sulphate ion dynamics in a-alums studied by esr at high pressures. In: Chemical Physics Letters, 88 (1). pp. 115-118.
Sire, Clément and Varma, Chandra M and Krishnamurthy , HR (1993) Theory of the non-Fermi-liquid transition point in the two-impurity Kondo model. In: Physical Review B: Condensed Matter, 48 (8). pp. 13833-13839.
Sirohi, Anshu and Das, Shekhar and Adhikary, Priyo and Chowdhury, Rajeswari Roy and Vashist, Amit and Singh, Yogesh and Gayen, Sirshendu and Das, Tanmoy and Sheet, Goutam (2019) Mixed type I and type II superconductivity due to intrinsic electronic inhomogeneities in the type II Dirac semimetal PdTe2. In: JOURNAL OF PHYSICS-CONDENSED MATTER, 31 (8).
Sirohi, Anshu and Saha, Surabhi and Neha, Prakriti and Das, Shekhar and Patnaik, Satyabrata and Das, Tanmoy and Sheet, Goutam (2019) Multiband superconductivity in Mo8Ga41 driven by a site-selective mechanism. In: PHYSICAL REVIEW B, 99 (5).
Sirunyan, A.M. and Choudhury, S and Komaragiri, JR and Tiwari, PC and Tumasyan, A and Adam, W and Ambrogi, F and Bergauer, T (2020) Evidence for WW production from double-parton interactions in proton–proton collisions at √s=13TeV. In: European Physical Journal C, 80 (1).
Sirunyan, AM (2019) Search for a W boson decaying to a vector-like quark and a top or bottom quark in the all-jets final state. In: Springer (3).
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and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Primavera, F and Calvelli, V and Ferro, F and Ravera, F and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brianza, L and Brivio, F and Ciriolo, V and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Manzoni, RA and Menasce, D and Moroni, L and Paganoni, M and Pauwels, K and Pedrini, D and Pigazzini, S and Ragazzi, S and Tabarelli de Fatis, T and Buontempo, S and Cavallo, N and Di Guida, S and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Khan, WA and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Thyssen, F and Voevodina, E and Azzi, P and Bacchetta, N and Benato, L and Bisello, D and Boletti, A and Carlin, R and Carvalho Antunes De Oliveira, A and Checchia, P and 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Spagnolo, P and Tenchini, R and Tonelli, G and Venturi, A and Verdini, PG and Barone, L and Cavallari, F and Cipriani, M and Daci, N and Del Re, D and Di Marco, E and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cartiglia, N and Castello, R and Cenna, F and Costa, M and Covarelli, R and Degano, A and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Shchelina, K and Sola, V and Solano, A and Staiano, A and Belforte, S and Casarsa, M and Cossutti, F and Della Ricca, G and Zanetti, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, S and Lee, SW and Moon, CS and Oh, YD and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Brochero Cifuentes, JA and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Kim, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, S and Yang, UK and Yoo, HD and Yu, GB and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ahmed, I and Ibrahim, ZA and Ali, MABM and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Reyes-Almanza, R and Ramirez-Sanchez, G and Duran-Osuna, MC and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Rabadan-Trejo, RI and Lopez-Fernandez, R and Mejia Guisao, J and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and 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Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Zarubin, A and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bylinkin, A and Chistov, R and Danilov, M and Parygin, P and Philippov, D and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Rusakov, SV and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Miagkov, I and Obraztsov, S and Petrushanko, S and Savrin, V and Blinov, V and Shtol, D and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Elumakhov, D and Godizov, A and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milosevic, J and Alcaraz Maestre, J and Bachiller, I and Barrio Luna, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Soares, MS and Triossi, A and Ã�lvarez Fernández, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Fernandez 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Zeuner, WD and Bertl, W and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Bäni, L and Berger, P and Casal, B and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Grab, C and Heidegger, C and Hits, D and Hoss, J and Klijnsma, T and Lustermann, W and Marionneau, M and Meinhard, MT and Meister, D and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pata, J and Pauss, F and Perrin, G and Perrozzi, L and Quittnat, M and Reichmann, M and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Neutelings, I and Pinna, D and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Zucchetta, A and Candelise, V and Chang, YH and Cheng, K and Doan, TH and Jain, S and Khurana, R and Kuo, CM and Lin, W and Pozdnyakov, A and Yu, SS and Kumar, A and Chang, P and Chao, Y and Chen, KF and Chen, PH and Fiori, F and Hou, W-S and Hsiung, Y and Liu, YF and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Tsai, J and Asavapibhop, B and Kovitanggoon, K and Singh, G and Srimanobhas, N and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dozen, C and Dumanoglu, I and Girgis, S and Gokbulut, G and Guler, Y and Hos, I and Kangal, EE and Kara, O and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Sunar Cerci, D and Tali, B and Tok, UG and Topakli, H and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Karapinar, G and Ocalan, K and Yalvac, M and Zeyrek, M and Gülmez, E and Kaya, M and Kaya, O and Tekten, S and Yetkin, EA and Agaras, MN and Atay, S and Cakir, A and Cankocak, K and Komurcu, 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Z and Bartók, M and Raics, P and Trocsanyi, ZL and Ujvari, B and Choudhury, S and Komaragiri, JR and Bahinipati, S and Mal, P and Mandal, K and Nayak, A and Sahoo, DK and Swain, SK and Bansal, S and Beri, SB and Bhatnagar, V and Chauhan, S and Chawla, R and Dhingra, N and Gupta, R and Kaur, A and Kaur, M and Kaur, S and Kumar, R and Kumari, P and Lohan, M and Mehta, A and Sharma, S and Singh, JB and Walia, G and Bhardwaj, A and Choudhary, BC and Garg, RB and Keshri, S and Kumar, A and Kumar, A and Malhotra, S and Naimuddin, M and Ranjan, K and Shah, A and Sharma, R and Bhardwaj, R and Bhattacharya, R and Bhattacharya, S and Bhawandeep, U and Bhowmik, D and Dey, S and Dutt, S and Dutta, S and Ghosh, S and Majumdar, N and Mondal, K and Mukhopadhyay, S and Nandan, S and Purohit, A and Rout, PK and Roy, A and Chowdhury, SR and Sarkar, S and Sharan, M and Singh, B and Thakur, S and Behera, PK and Chudasama, R and Dutta, D and Jha, V and Kumar, V and Mohanty, AK and Netrakanti, PK and Pant, LM and Shukla, P and Topkar, A and Aziz, T and Dugad, S and Mahakud, B and Mitra, S and Mohanty, GB and Sur, N and Sutar, B and Banerjee, S and Bhattacharya, S and Chatterjee, S and Das, P and Guchait, M and Jain, S and Kumar, S and Maity, M and Majumder, G and Mazumdar, K and Sahoo, N and Sarkar, T and Wickramage, N and Chauhan, S and Dube, S and Hegde, V and Kapoor, A and Kothekar, K and Pandey, S and Rane, A and Sharma, S and Chenarani, S and Tadavani, EE and Etesami, SM and Khakzad, M and Najafabadi, MM and Naseri, M and Mehdiabadi, SP and Hosseinabadi, FR and Safarzadeh, B and Zeinali, M and Felcini, M and Grunewald, M and Abbrescia, M and Calabria, C and Colaleo, A and Creanza, D and Cristella, L and De Filippis, N and De Palma, M and Florio, AD and Errico, F and Fiore, L and Gelmi, A and Iaselli, G and Lezki, S and Maggi, G and Maggi, M and Marangelli, B and Miniello, G and My, S and Nuzzo, S and Pompili, A and Pugliese, G and Radogna, R and Ranieri, A and Selvaggi, G and Sharma, A and Silvestris, L and Venditti, R and Verwilligen, P and Zito, G and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Brigliadori, L and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Chhibra, SS and Codispoti, G and Cuffiani, M and Dallavalle, GM and Fabbri, F and Fanfani, A and Fasanella, D and Giacomelli, P and Grandi, C and Guiducci, L and Iemmi, F and Marcellini, S and Masetti, G and Montanari, A and Navarria, FL and Perrotta, A and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Mattia, AD and Giordano, F and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Chatterjee, K and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Primavera, F and Calvelli, V and Ferro, F and Ravera, F and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brianza, L and Brivio, F and Ciriolo, V and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Manzoni, RA and Menasce, D and Moroni, L and Paganoni, M and Pauwels, K and Pedrini, D and Pigazzini, S and Ragazzi, S and de Fatis, TT and Buontempo, S and Cavallo, N and Guida, SD and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Khan, WA and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Thyssen, F and Voevodina, E and Azzi, P and Bacchetta, N and Benato, L and Bisello, D and Boletti, A and Carlin, R and Checchia, P and Dallâ��Osso, M and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pozzobon, N and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassa, E and Ventura, S and Zanetti, M and Zotto, P and Braghieri, A and Magnani, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Solestizi, LA and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bianchini, L and Boccali, T and Borrello, L and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Fedi, G and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Lomtadze, T and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Spagnolo, P and Tenchini, R and Tonelli, G and Venturi, A and Verdini, PG and Barone, L and Cavallari, F and Cipriani, M and Daci, N and Re, DD and Marco, ED and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cartiglia, N and Castello, R and Cenna, F and Costa, M and Covarelli, R and Degano, A and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Angioni, GLP and Romero, A and Ruspa, M and Sacchi, R and Shchelina, K and Sola, V and Solano, A and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Ricca, GD and Vazzoler, F and Zanetti, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, S and Lee, SW and Moon, CS and Oh, YD and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Cifuentes, JAB and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Kim, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, S and Yang, UK and Yoo, HD and Yu, GB and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ahmed, I and Ibrahim, ZA and Ali, MABM and Idris, FM and Abdullah, WATW and Yusli, MN and Zolkapli, Z and C, M and Castilla-Valdez, H and De La Cruz-Burelo, E and G, R-S and La Cruz, IH-D and I, R and Lopez-Fernandez, R and Guisao, JM and R, R-A and Sanchez-Hernandez, A and Moreno, SC and Barrera, CO and Valencia, FV and Eysermans, J and Pedraza, I and Ibarguen, HAS and Estrada, CU and Pineda, AM and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Hassan, Q and Hoorani, HR and Saddique, A and Shah, MA and Shoaib, M and Waqas, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Nawrocki, K and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Bargassa, P and Da Cruz E Silva, CB and Francesco, AD and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Iglesias, LL and Nemallapudi, MV and Seixas, J and Strong, G and Toldaiev, O and Vadruccio, D and Varela, J and Baginyan, A and Golutvin, I and Kamenev, A and Karjavin, V and Korenkov, V and Kozlov, G and Lanev, A and Malakhov, A and Matveev, V and Mitsyn, VV and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Smirnov, V and Trofimov, V and Yuldashev, BS and Zarubin, A and Zhiltsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bylinkin, A and Chadeeva, M and Parygin, P and Philippov, D and Polikarpov, S and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Rusakov, SV and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Klyukhin, V and Korneeva, N and Lokhtin, I and Miagkov, I and Obraztsov, S and Perfilov, M and Petrushanko, S and Savrin, V and Snigirev, A and Blinov, V and Shtol, D and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Elumakhov, D and Godizov, A and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milosevic, J and Maestre, JA and Fernández, AÃ� and Bachiller, I and Luna, MB and Cerrada, M and Colino, N and De La Cruz, B and Peris, AD and Bedoya, CF and Ramos, JPF and Flix, J and Fouz, MC and Lopez, OG and Lopez, SG and Hernandez, JM and Josa, MI and Moran, D and Yzquierdo, AP-C and Pelayo, JP and Redondo, I and Romero, L and Soares, MS and Triossi, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Menendez, JF and Folgueras, S and Caballero, IG and Fernández, JRG and Cortezon, EP and Cruz, SS and Vischia, P and Garcia, JMV and Cabrillo, IJ and Calderon, A and Quero, BC and Campderros, JD and Fernandez, M and Manteca, PJF and Alonso, AG and Garcia-Ferrero, J and Gomez, G and Virto, AL and Marco, J and Rivero, CM and Arbol, PMR and Matorras, F and Gomez, JP and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Cortabitarte, RV and Abbaneo, D and Akgun, B and Auffray, E and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Botta, C and Camporesi, T and Cepeda, M and Cerminara, G and Chapon, E and Chen, Y and dâ��Enterria, D and Dabrowski, A and Daponte, V and David, A and De Gruttola, M and De Roeck, A and Deelen, N and Dobson, M and Pree, T and Dünser, M and Dupont, N and Elliott-Peisert, A and Everaerts, P and Fallavollita, F and Franzoni, G and Fulcher, J and Funk, W and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gulhan, D and Hegeman, J and Innocente, V and Jafari, A and Janot, P and Karacheban, O and Kieseler, J and Knünz, V and Kornmayer, A and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Lucchini, MT and Malgeri, L and Mannelli, M and Martelli, A and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Milenovic, P and Moortgat, F and Mulders, M and Neugebauer, H and Ngadiuba, J and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Reis, T and Rolandi, G and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Seidel, M and Selvaggi, M and Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Stoye, M and Tosi, M and Treille, D and Tsirou, A and Veckalns, V and Verweij, M and Zeuner, WD and Bertl, W and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Bäni, L and Berger, P and Casal, B and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Grab, C and Heidegger, C and Hits, D and Hoss, J and Klijnsma, T and Lustermann, W and Marionneau, M and Meinhard, MT and Meister, D and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pata, J and Pauss, F and Perrin, G and Perrozzi, L and Quittnat, M and Reichmann, M and Ruini, D and Becerra, DAS and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Olsson, MLV and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Burgo, RD and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Neutelings, I and Pinna, D and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Zucchetta, A and Chang, YH and Cheng, K and Doan, TH and Jain, S and Khurana, R and Kuo, CM and Lin, W and Pozdnyakov, A and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Fiori, F and Hou, W-S and Hsiung, Y and Kumar, A and Liu, YF and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Tsai, J and Asavapibhop, B and Kovitanggoon, K and Singh, G and Srimanobhas, N and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dozen, C and Dumanoglu, I and Girgis, S and Gokbulut, G and Guler, Y and Hos, I and Kangal, EE and Kara, O and Topaksu, AK and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Cerci, DS and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Karapinar, G and Ocalan, K and Yalvac, M and Zeyrek, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Tekten, S and Yetkin, EA and Agaras, MN and Atay, S and Cakir, A and Cankocak, K and Komurcu, Y and Grynyov, B and Levchuk, L and Ball, F and Beck, L and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Davignon, O and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Newbold, DM and Paramesvaran, S and Sakuma, T and Nasr-storey, SSE and Smith, D and Smith, VJ and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Olaiya, E and Petyt, D and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Auzinger, G and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Casasso, S and Colling, D and Corpe, L and Dauncey, P and Davies, G and Negra, MD and Maria, RD and Haddad, Y and Hall, G and Iles, G and James, T and Komm, M and Lane, R and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Mastrolorenzo, L and Matsushita, T and Nash, J and Nikitenko, A and Palladino, V and Pesaresi, M and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Strebler, T and Summers, S and Tapper, A and Uchida, K and Acosta, MV and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Borzou, A and Call, K and Dittmann, J and Hatakeyama, K and Liu, H and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Avetisyan, A and Bose, T and Gastler, D and Rankin, D and Richardson, C and Rohlf, J and Sulak, L and Zou, D and Benelli, G and Cutts, D and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lee, J and Mao, Z and Narain, M and Pazzini, J and Piperov, S and Sagir, S and Syarif, R and Yu, D and Band, R and Brainerd, C and Breedon, R and Burns, D and De La Barca Sanchez, MC and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Ko, W and Lander, R and Mclean, C and Mulhearn, M and Pellett, D and Pilot, J and Shalhout, S and Shi, M and Smith, J and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Regnard, S and Saltzberg, D and Schnaible, C and Valuev, V and Bouvier, E and Burt, K and Clare, R and Ellison, J and Gary, JW and Shirazi, SMAG and Hanson, G and Karapostoli, G and Kennedy, E and Lacroix, F and Long, OR and Negrete, MO and Paneva, MI and Si, W and Wang, L and Wei, H and Wimpenny, S and Yates, BR and Branson, JG and Cittolin, S and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Holzner, A and Klein, D and Kole, G and Krutelyov, V and Letts, J and Masciovecchio, M and Olivito, D and Padhi, S and Pieri, M and Sani, M and Sharma, V and Simon, S and Tadel, M and Vartak, A and Wasserbaech, S and Wood, J and Würthwein, F and Yagil, A and Porta, GZD and Amin, N and Bhandari, R and Bradmiller-Feld, J and Campagnari, C and Citron, M and Dishaw, A and Dutta, V and Sevilla, MF and Gouskos, L and Heller, R and Incandela, J and Ovcharova, A and Qu, H and Richman, J and Stuart, D and Suarez, I and Yoo, J and Anderson, D and Bornheim, A and Bunn, J and Lawhorn, JM and Newman, HB and Nguyen, TQ and Pena, C and Spiropulu, M and Vlimant, JR and Wilkinson, R and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Russ, J and Sun, M and Vogel, H and Vorobiev, I and 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Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Chatterjee, K and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Ferro, F and Ravera, F and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brianza, L and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Buontempo, S and Cavallo, N and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Khan, WA and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Benettoni, M and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Pozzobon, N and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassa, E and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Magnani, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Alunni Solestizi, L and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bianchini, L and Boccali, T and Borrello, L and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Fedi, G and Fiori, F and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Spagnolo, P and Tenchini, R and Tonelli, G and Venturi, A and Verdini, PG and Barone, L and Cavallari, F and Cipriani, M and Daci, N and Del Re, D and Di Marco, E and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cartiglia, N and Cenna, F and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, S and Lee, SW and Moon, CS and Oh, YD and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, S and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ahmed, I and Ibrahim, ZA and Md Ali, MAB and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Castaneda Hernandez, A and Murillo Quijada, JA and Duran-Osuna, MC and Castilla-Valdez, H and De La Cruz-Burelo, E and Ramirez-Sanchez, G and Heredia-De La Cruz, I and Rabadan-Trejo, RI and Lopez-Fernandez, R and Mejia Guisao, J and Reyes-Almanza, R and Ramirez-Garcia, M and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Asghar, MI and Hassan, Q and Hoorani, HR and Saddique, A and Shah, MA and Shoaib, M and Waqas, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Nawrocki, K and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Bargassa, P and Beirão Da Cruz E Silva, C and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Lloret Iglesias, L and Nemallapudi, MV and Seixas, J and Strong, G and Toldaiev, O and Vadruccio, D and Varela, J and Afanasiev, S and Alexakhin, V and Bunin, P and Gavrilenko, M and Golunov, A and Golutvin, I and Gorbounov, N and Karjavin, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shmatov, S and Smirnov, V and Voytishin, N and Zarubin, A and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chistov, R and Danilov, M and Parygin, P and Philippov, D and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Rusakov, SV and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Miagkov, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Blinov, V and Dimova, T and Kardapoltsev, L and Shtol, D and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Elumakhov, D and Godizov, A and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milosevic, J and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Soares, MS and Triossi, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and RodrÃguez Bouza, V and Sanchez Cruz, S and Vischia, P and Vizan Garcia, JM and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Garcia-Ferrero, J and Gomez, G and Lopez Virto, A and Marco, J and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Vilar Cortabitarte, R and Abbaneo, D and Akgun, B and Auffray, E and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Botta, C and Brondolin, E and Camporesi, T and Cepeda, M and Cerminara, G and Chapon, E and Chen, Y and Cucciati, G and dâ��Enterria, D and Dabrowski, A and Daponte, V and David, A and De Roeck, A and Deelen, N and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Everaerts, P and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Gigi, D and Gilbert, A and Gill, K and Glege, F and Guilbaud, M and Gulhan, D and Hegeman, J and Innocente, V and Jafari, A and Janot, P and Karacheban, O and Kieseler, J and Kornmayer, A and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Milenovic, P and Moortgat, F and Mulders, M and Ngadiuba, J and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Reis, T and Rolandi, G and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Seidel, M and Selvaggi, M and Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Tosi, M and Treille, D and Tsirou, A and Veckalns, V and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Bäni, L and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Grab, C and Heidegger, C and Hits, D and Hoss, J and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pata, J and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Quittnat, M and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Neutelings, I and Pinna, D and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Zucchetta, A and Chang, YH and Cheng, K and Doan, TH and Jain, S and Khurana, R and Kuo, CM and Lin, W and Pozdnyakov, A and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Kumar, A and Li, Y and Liu, YF and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Tsai, J and Asavapibhop, B and Srimanobhas, N and Suwonjandee, N and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Girgis, S and Gokbulut, G and Guler, Y and Gurpinar, E and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Ozturk, S and Sunar Cerci, D and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Zeyrek, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Tekten, S and Yetkin, EA and Agaras, MN and Atay, S and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Grynyov, B and Levchuk, L and Ball, F and Beck, L and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Davignon, O and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Newbold, DM and Paramesvaran, S and Penning, B and Sakuma, T and Smith, D and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Olaiya, E and Petyt, D and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Auzinger, G and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Casasso, S and Colling, D and Corpe, L and Dauncey, P and Davies, G and Della Negra, M and Di Maria, R and Haddad, Y and Hall, G and Iles, G and James, T and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Nash, J and Nikitenko, A and Palladino, V and Pesaresi, M and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Strebler, T and Summers, S and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Dittmann, J and Hatakeyama, K and Liu, H and Madrid, C and Mcmaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Bose, T and Gastler, D and Rankin, D and Richardson, C and Rohlf, J and Sulak, L and Zou, D and Benelli, G and Coubez, X and Cutts, D and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lee, J and Mao, Z and Narain, M and Piperov, S and Sagir, S and Syarif, R and Usai, E and Yu, D and Band, R and Brainerd, C and Breedon, R and Burns, D and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Ko, W and Kukral, O and Lander, R and Mclean, C and Mulhearn, M and Pellett, D and Pilot, J and Shalhout, S and Shi, M and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Regnard, S and Saltzberg, D and Schnaible, C and Valuev, V and Bouvier, E and Burt, K and Clare, R and Gary, JW and Ghiasi Shirazi, SMA and Hanson, G and Karapostoli, G and Kennedy, E and Lacroix, F and Long, OR and Olmedo Negrete, M and Paneva, MI and Si, W and Wang, L and Wei, H and Wimpenny, S and Yates, BR and Branson, JG and Cittolin, S and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Holzner, A and Klein, D and Kole, G and Krutelyov, V and Letts, J and Masciovecchio, M and Olivito, D and Padhi, S and Pieri, M and Sani, M and Sharma, V and Simon, S and Tadel, M and Vartak, A and Wasserbaech, S and Wood, J and Würthwein, F and Yagil, A and Zevi Della Porta, G and Amin, N and Bhandari, R and Bradmiller-Feld, J and Campagnari, C and Citron, M and Dishaw, A and Dutta, V and Franco Sevilla, M and Gouskos, L and Heller, R and Incandela, J and Ovcharova, A and Qu, H and Richman, J and Stuart, D and Suarez, I and Wang, S and Yoo, J and Anderson, D and Bornheim, A and Lawhorn, JM and Newman, HB and Nguyen, TQ and Spiropulu, M and Vlimant, JR and Wilkinson, R and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and Jensen, F and Johnson, A and Krohn, M and Leontsinis, S and MacDonald, E and Mulholland, T and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Chaves, J and Cheng, Y and Chu, J and Datta, A and Mcdermott, K and Mirman, N and Patterson, JR and Quach, D and Rinkevicius, A and Ryd, A and Skinnari, L and Soffi, L and Tan, SM and Tao, Z and Thom, J and Tucker, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Beretvas, A and Berryhill, J and Bhat, PC and Bolla, G and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Duarte, J and Elvira, VD and Freeman, J and Gecse, Z and Gottschalk, E and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Hanlon, J and Harris, RM and Hasegawa, S and Hirschauer, J and Hu, Z and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klima, B and Kortelainen, MJ and Kreis, B and Lammel, S and Lincoln, D and Lipton, R and Liu, M and Liu, T and Lykken, J and Maeshima, K and Marraffino, JM and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and Oâ��Dell, V and Pedro, K and Prokofyev, O and Rakness, G and Ristori, L and Savoy-Navarro, A and Schneider, B and Sexton-Kennedy, E and Soha, A and Spalding, WJ and Spiegel, L and Stoynev, S and Strait, J and Strobbe, N and Taylor, L and Tkaczyk, S and Tran, NV and Uplegger, L and Vaandering, EW and Vernieri, C and Verzocchi, M and Vidal, R and Wang, M and Weber, HA and Whitbeck, A and Acosta, D and Avery, P and Bortignon, P and Bourilkov, D and Brinkerhoff, A and Cadamuro, L and Carnes, A and Carver, M and Curry, D and Field, RD and Gleyzer, SV and Joshi, BM and Konigsberg, J and Korytov, A and Ma, P and Matchev, K and Mei, H and Mitselmakher, G and Shi, K and Sperka, D and Wang, J and Wang, S and Joshi, YR and Linn, S and Ackert, A and Adams, T and Askew, A and Hagopian, S and Hagopian, V 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Moon, DH and Oh, G and Francois, B and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, SH and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Yu, I and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ahmed, I and Ibrahim, ZA and Md Ali, MAB and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Castilla-Valdez, H and De La Cruz-Burelo, E and Duran-Osuna, MC and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mejia Guisao, J and Rabadan-Trejo, RI and Ramirez-Garcia, M and Ramirez-Sanchez, G and Reyes-Almanza, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Eysermans, J 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Lokhtin, I and Miagkov, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Elumakhov, D and Godizov, A and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milosevic, J and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Soares, MS and 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Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Treille, D and Tsirou, A and Veckalns, V and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Bäni, L and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pata, J and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Quittnat, M and Reissel, C and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and 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and Gelmi, A and Iaselli, G and Ince, M and Lezki, S and Maggi, G and Maggi, M and Miniello, G and My, S and Nuzzo, S and Pompili, A and Pugliese, G and Radogna, R and Ranieri, A and Selvaggi, G and Sharma, A and Silvestris, L and Venditti, R and Verwilligen, P and Zito, G and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Chhibra, SS and Ciocca, C and Codispoti, G and Cuffiani, M and Dallavalle, GM and Fabbri, F and Fanfani, A and Fontanesi, E and Giacomelli, P and Grandi, C and Guiducci, L and Lo Meo, S and Marcellini, S and Masetti, G and Montanari, A and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Chatterjee, K and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Ferro, F and Mulargia, R and Ravera, F and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Khan, WA and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and Dallâ��Osso, M and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassa, E and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Magnani, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bianchini, L and Boccali, T and Borrello, L and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Fedi, G and Fiori, F and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Rolandi, G and Spagnolo, P and Tenchini, R and Tonelli, G and Venturi, A and Verdini, PG and Barone, L and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cenna, F and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, S and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, S and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ahmed, I and Ibrahim, ZA and Md Ali, MAB and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Castilla-Valdez, H and De La Cruz-Burelo, E and Duran-Osuna, MC and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mejia Guisao, J and Rabadan-Trejo, RI and Ramirez-Garcia, M and Ramirez-Sanchez, G and Reyes-Almanza, R and Sanchez-Hernandez, A and Carrillo 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and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Voytishin, N and Zarubin, A and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chistov, R and Danilov, M and Parygin, P and Philippov, D and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Miagkov, I and Obraztsov, S and Perfilov, M and Savrin, V and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Elumakhov, D and Godizov, A and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milosevic, J and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Soares, MS and Triossi, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and RodrÃguez Bouza, V and Sanchez Cruz, S and Vischia, P and Vizan Garcia, JM and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Garcia-Ferrero, J and Gomez, G and Lopez Virto, A and Marco, J and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Vilar Cortabitarte, R and Wickramage, N and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Botta, C and Brondolin, E and Camporesi, T and Cepeda, M and Cerminara, G and Chapon, E and Chen, Y and Cucciati, G and dâ��Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and De Roeck, A and Deelen, N and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Everaerts, P and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Innocente, V and Jafari, A and Janot, P and Karacheban, O and Kieseler, J and Kornmayer, A and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Milenovic, P and Moortgat, F and Mulders, M and Ngadiuba, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Reis, T and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Seidel, M and Selvaggi, M and Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Treille, D and Tsirou, A and Veckalns, V and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Bäni, L and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pata, J and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Quittnat, M and Reissel, C and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Leontsinis, S and Neutelings, I and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Zucchetta, A and Doan, TH and Khurana, R and Kuo, CM and Lin, W and Pozdnyakov, A and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Kumar, A and Liu, YF and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Asavapibhop, B and Srimanobhas, N and Suwonjandee, N and Bakirci, MN and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Eskut, E and Girgis, S and Gokbulut, G and Guler, Y and Gurpinar, E and Hos, I and Isik, C and Kangal, EE and Kara, O and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Polatoz, A and Sunar Cerci, D and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Zeyrek, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ozkorucuklu, S and Tekten, S and Yetkin, EA and Agaras, MN and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Grynyov, B and Levchuk, L and Ball, F and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Davignon, O and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Newbold, DM and Paramesvaran, S and Penning, B and Sakuma, T and Smith, D and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Olaiya, E and Petyt, D and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Di Maria, R and Hall, G and Iles, G and James, T and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Nash, J and Nikitenko, A and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Singh, G and Stoye, M and Strebler, T and Summers, S and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Dittmann, J and Hatakeyama, K and Liu, H and Madrid, C and McMaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Bose, T and Gastler, D and Pinna, D and Rankin, D and Richardson, C and Rohlf, J and Sulak, L and Zou, D and Benelli, G and Coubez, X and Cutts, D and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lee, J and Mao, Z and Narain, M and Sagir, S and Syarif, R and Usai, E and Yu, D and Band, R and Brainerd, C and Breedon, R and Burns, D and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Ko, W and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Pilot, J and Shalhout, S and Shi, M and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Regnard, S and Saltzberg, D and Schnaible, C and Valuev, V and Bouvier, E and Burt, K and Clare, R and Gary, JW and Ghiasi Shirazi, SMA and Hanson, G and Karapostoli, G and Kennedy, E and Lacroix, F and Long, OR and Olmedo Negrete, M and Paneva, MI and Si, W and Wang, L and Wei, H and Wimpenny, S and Yates, BR and Branson, JG and Chang, P and Cittolin, S and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Holzner, A and Klein, D and Kole, G and Krutelyov, V and Letts, J and Masciovecchio, M and Olivito, D and Padhi, S and Pieri, M and Sani, M and Sharma, V and Simon, S and Tadel, M and Vartak, A and Wasserbaech, S and Wood, J and Würthwein, F and Yagil, A and Zevi Della Porta, G and Amin, N and Bhandari, R and Campagnari, C and Citron, M and Dutta, V and Franco Sevilla, M and Gouskos, L and Heller, R and Incandela, J and Ovcharova, A and Qu, H and Richman, J and Stuart, D and Suarez, I and Wang, S and Yoo, J and Anderson, D and Bornheim, A and Lawhorn, JM and Lu, N and Newman, HB and Nguyen, TQ and Spiropulu, M and Vlimant, JR and Wilkinson, R and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and Jensen, F and Johnson, A and MacDonald, E and Mulholland, T and Patel, R and Perloff, A and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Chaves, J and Cheng, Y and Chu, J and Datta, A and Mcdermott, K and Mirman, N and Patterson, JR and Quach, D and Rinkevicius, A and Ryd, A and Skinnari, L and Soffi, L and Tan, SM and Tao, Z and Thom, J and Tucker, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Beretvas, A and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Duarte, J and Elvira, VD and Freeman, J and Gecse, Z and Gottschalk, E and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Hanlon, J and Harris, RM and Hasegawa, S and Hirschauer, J and Hu, Z and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klima, B and Kortelainen, MJ and Kreis, B and Lammel, S and Lincoln, D and Lipton, R and Liu, M and Liu, T and Lykken, J and Maeshima, K and Marraffino, JM and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and Oâ��Dell, V and Pedro, K and Pena, C and Prokofyev, O 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Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and Dallâ��Osso, M and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassa, E and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Magnani, A and Montagna, 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Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cenna, F and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Angioni, GLP and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Lee, S and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, S and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ibrahim, ZA and Ali, MABM and Idris, FM and Abdullah, WATW and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Castilla-Valdez, H and De La Cruz-Burelo, E and Duran-Osuna, MC and Heredia-De La Cruz, I and Lopez-Fernandez, R and Rabadan-Trejo, RI and Ramirez-Sanchez, G and Reyes-Almanza, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Valencia, FV and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Pineda, AM and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Asghar, MI and Hassan, Q and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Silva, CBDCE and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Strong, G and Toldaiev, O and Varela, J and Afanasiev, S and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Voytishin, N and Zarubin, A and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Shabanov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chadeeva, M and Philippov, D and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Iuzhakov, A and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milenovic, P and Milosevic, J and Maestre, JA and Fernández, A and Bachiller, I and Barrio Luna, M and Cifuentes, JAB and Cerrada, M and Colino, N and Cruz, BDL and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Pelayo, JP and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and RodrÃguez Bouza, V and Sanchez Cruz, S and Garcia, JMV and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Virto, AL and Rivero, CM and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Wickramage, N and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Botta, C and Brondolin, E and Camporesi, T and Cepeda, M and Cerminara, G and Chapon, E and Chen, Y and Cucciati, G and dâ��Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and De Roeck, A and Deelen, N and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Iiyama, Y and Innocente, V and Innocenti, GM and Jafari, A and Janot, P and Karacheban, O and Kieseler, J and Kornmayer, A and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Tavolaro, VR and Treille, D and Tsirou, A and Vartak, A and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Reichmann, M and Reissel, C and Reitenspiess, T and Ruini, D and Becerra, DAS and Schönenberger, M and Shchutska, L and Theofilatos, K and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Leontsinis, S and Mikuni, VM and Neutelings, I and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Wertz, S and Zucchetta, A and Doan, TH and Kuo, CM and Lin, W and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Liu, YF and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Asavapibhop, B and Srimanobhas, N and Suwonjandee, N and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Gokbulut, G and Guler, EG and Guler, Y and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Ozturk, S and Sunar Cerci, D and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Zeyrek, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Kaynak, B and Ã�zçelik, Ã� and Ozkorucuklu, S and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Grynyov, B and Levchuk, L and Ball, F and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Davignon, O and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Newbold, DM and Paramesvaran, S and Penning, B and Sakuma, T and Smith, D and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Di Maria, R and Everaerts, P and Hall, G and Iles, G and James, T and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Milosevic, V and Nash, J and Nikitenko, A and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Stoye, M and Strebler, T and Summers, S and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Dittmann, J and Hatakeyama, K and Madrid, C and McMaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Buccilli, A and Charaf, O and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Bose, T and Demiragli, Z and Gastler, D and Girgis, S and Pinna, D and Richardson, C and Rohlf, J and Sperka, D and Suarez, I and Sulak, L and Zou, D and Benelli, G and Burkle, B and Coubez, X and Cutts, D and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lee, J and Mao, Z and Narain, M and Sagir, S and Syarif, R and Usai, E and Yu, D and Band, R and Brainerd, C and Breedon, R and Burns, D and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Ko, W and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Pilot, J and Shi, M and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Regnard, S and Saltzberg, D and Schnaible, C and Valuev, V and Burt, K and Clare, R and Gary, JW and Ghiasi Shirazi, SMA and Hanson, G and Karapostoli, G and Kennedy, E and Long, OR and Negrete, MO and Paneva, MI and Si, W and Wang, L and Wei, H and Wimpenny, S and Yates, BR and Branson, JG and Chang, P and Cittolin, S and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Holzner, A and Klein, D and Kole, G and Krutelyov, V and Letts, J and Masciovecchio, M and May, S and Olivito, D and Padhi, S and Pieri, M and Sharma, V and Tadel, M and Wood, J and Würthwein, F and Yagil, A and Zevi Della Porta, G and Amin, N and Bhandari, R and Campagnari, C and Citron, M and Dutta, V and Franco Sevilla, M and Gouskos, L and Incandela, J and Marsh, B and Mei, H and Ovcharova, A and Qu, H and Richman, J and Sarica, U and Stuart, D and Wang, S and Yoo, J and Anderson, D and Bornheim, A and Lawhorn, JM and Lu, N and Newman, HB and Nguyen, TQ and Pata, J and Spiropulu, M and Vlimant, JR and Wilkinson, R and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and Jensen, F and Johnson, A and MacDonald, E and Mulholland, T and Patel, R and Perloff, A and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Chaves, J and Cheng, Y and Chu, J and Datta, A and Frankenthal, A and Mcdermott, K and Mirman, N and Monroy, J and Patterson, JR and Quach, D and Rinkevicius, A and Ryd, A and Skinnari, L and Soffi, L and Tan, SM and Tao, Z and Thom, J and Tucker, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Beretvas, A and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Duarte, J and Elvira, VD and Freeman, J and Gecse, Z and Gottschalk, E and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Hanlon, J and Harris, RM and Hasegawa, S and Heller, R and Hirschauer, J and Hu, Z and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klima, B and Kortelainen, MJ and Kreis, B and Lammel, S and Lincoln, D and Lipton, R and Liu, M and Liu, T and Lykken, J and Maeshima, K and Marraffino, JM and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and Oâ��Dell, V and Pedro, K and Pena, C and Prokofyev, O and Rakness, G and Ravera, F and Reinsvold, A and Ristori, L and Schneider, B and Sexton-Kennedy, E and Smith, N and Soha, A and Spalding, WJ and Spiegel, L and Stoynev, S and Strait, J and Strobbe, N and Taylor, L and Tkaczyk, S and Tran, NV and Uplegger, L and Vaandering, EW and Vernieri, C and Verzocchi, M and Vidal, R and Wang, M and Weber, HA and Acosta, D and Avery, P and Bortignon, P and Bourilkov, D and Brinkerhoff, A and Cadamuro, L and Carnes, A and Cherepanov, V and Curry, D and Field, RD and Gleyzer, SV and Joshi, BM and Kim, M and Konigsberg, J and Korytov, A and Lo, KH and Ma, P and Matchev, K and Menendez, N and Mitselmakher, G and Rosenzweig, D and Shi, K and Wang, J and Wang, S and Zuo, X and Joshi, YR and Linn, S and Adams, T and Askew, A and Hagopian, S and Hagopian, V and Johnson, KF and Khurana, R and Kolberg, T and Martinez, G and Perry, T and Prosper, H and Saha, A and Schiber, C and Yohay, R and Baarmand, MM and Bhopatkar, V and Colafranceschi, S and Hohlmann, M and Noonan, D and Rahmani, M and Roy, T and Saunders, M and Yumiceva, F and Adams, MR and Apanasevich, L and Berry, D and Betts, RR and Cavanaugh, R and Chen, X and Dittmer, S and Evdokimov, O and Gerber, CE and Hangal, DA and Hofman, DJ and Jung, K and Mills, C and Tonjes, MB and Varelas, N and Wang, H and Wang, X and Wu, Z and Zhang, J and Alhusseini, M and Bilki, B and Clarida, W and Dilsiz, K and Durgut, S and Gandrajula, RP and Haytmyradov, M and Khristenko, V and Köseyan, OK and Merlo, J-P and Mestvirishvili, A and Moeller, A and Nachtman, J and Ogul, H and Onel, Y and Ozok, F and Penzo, A and Snyder, C and Tiras, E and Wetzel, J and Blumenfeld, B and Cocoros, A and Eminizer, N and Fehling, D and Feng, L and Gritsan, AV and Hung, WT and Maksimovic, P and Roskes, J and Swartz, M and Xiao, M and Al-bataineh, A and Baringer, P and Bean, A and Boren, S and Bowen, J and Bylinkin, A and Castle, J and Khalil, S and Kropivnitskaya, A and Majumder, D and Mcbrayer, W and Murray, M and Rogan, C and Sanders, S and Schmitz, E and Takaki, JDT and Wang, Q and Duric, S and Ivanov, A and Kaadze, K and Kim, D and Maravin, Y and Mendis, DR and Mitchell, T and Modak, A and Mohammadi, A and Rebassoo, F and Wright, D and Baden, A and Baron, O and Belloni, A and Eno, SC and Feng, Y and Ferraioli, C and Hadley, NJ and Jabeen, S and Jeng, GY and Kellogg, RG and Kunkle, J and Mignerey, AC and Nabili, S and Ricci-Tam, F and Seidel, M and Shin, YH and Skuja, A and Tonwar, SC and Wong, K and Abercrombie, D and Allen, B and Azzolini, V and Baty, A and Bi, R and Brandt, S and Busza, W and Cali, IA and Dâ��Alfonso, M and Gomez Ceballos, G and Goncharov, M and Harris, P and Hsu, D and Hu, M and Klute, M and Kovalskyi, D and Lee, Y-J and Luckey, PD and Maier, B and Marini, AC and Mcginn, C and Mironov, C and Narayanan, S and Niu, X and Paus, C and Rankin, D and Roland, C and Roland, G and Shi, Z and Stephans, GSF and Sumorok, K and Tatar, K and Velicanu, D and Wang, J and Wang, TW and Wyslouch, B and Benvenuti, AC and Chatterjee, RM and Evans, A and Hansen, P and Hiltbrand, J and Jain, S and Kalafut, S and Krohn, M and Kubota, Y and Lesko, Z and Mans, J and Rusack, R and Wadud, MA and Acosta, JG and Oliveros, S and Avdeeva, E and Bloom, K and Claes, DR and Fangmeier, C and Finco, L and Golf, F and Gonzalez Suarez, R and Kamalieddin, R and Kravchenko, I and Siado, JE and Snow, GR and Stieger, B and Godshalk, A and Harrington, C and Iashvili, I and Kharchilava, A and Mclean, C and Nguyen, D and Parker, A and Rappoccio, S and Roozbahani, B and Alverson, G and Barberis, E and Freer, C and Haddad, Y and Hortiangtham, A and Madigan, G and Morse, DM and Orimoto, T and Tishelman-Charny, A and Wamorkar, T and Wang, B and Wisecarver, A and Wood, D and Bhattacharya, S and Bueghly, J and Gunter, T and Hahn, KA and Odell, N and Schmitt, MH and Sung, K and Trovato, M and Velasco, M and Bucci, R and Dev, N and Goldouzian, R and Hildreth, M and Hurtado Anampa, K and Jessop, C and Karmgard, DJ and Lannon, K and Li, W and Loukas, N and Marinelli, N and Meng, F and Mueller, C and Musienko, Y and Planer, M and Ruchti, R and Siddireddy, P and Smith, G and Taroni, S and Wayne, M and Wightman, A and Wolf, M and Woodard, A and Alimena, J and Antonelli, L and Bylsma, B and 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TÃ� and Veszpremi, V and Vesztergombi, G and Beni, N and Czellar, S and Karancsi, J and Makovec, A and Molnar, J and Szillasi, Z and Raics, P and Trocsanyi, ZL and Ujvari, B and Choudhury, S and Komaragiri, JR and Tiwari, PC and Bahinipati, S and Kar, C and Mal, P and Mandal, K and Nayak, A and Roy Chowdhury, S and Sahoo, DK and Swain, SK and Bansal, S and Beri, SB and Bhatnagar, V and Chauhan, S and Chawla, R and Dhingra, N and Gupta, R and Kaur, A and Kaur, M and Kaur, S and Kumari, P and Lohan, M and Meena, M and Sandeep, K and Sharma, S and Singh, JB and Virdi, AK and Walia, G and Bhardwaj, A and Choudhary, BC and Garg, RB and Gola, M and Keshri, S and Kumar, A and Malhotra, S and Naimuddin, M and Priyanka, P and Ranjan, K and Shah, A and Sharma, R and Bhardwaj, R and Bharti, M and Bhattacharya, R and Bhattacharya, S and Bhawandeep, U and Bhowmik, D and Dey, S and Dutt, S and Dutta, S and Ghosh, S and Maity, M and Mondal, K and Nandan, S and Purohit, A and Rout, PK and Roy, A and Saha, G and Sarkar, S and Sarkar, T and Sharan, M and Singh, B and Thakur, S and Behera, PK and Muhammad, A and Chudasama, R and Dutta, D and Jha, V and Kumar, V and Mishra, DK and Netrakanti, PK and Pant, LM and Shukla, P and Suggisetti, P and Aziz, T and Bhat, MA and Dugad, S and Mohanty, GB and Sur, N and Verma, RK and Banerjee, S and Bhattacharya, S and Chatterjee, S and Das, P and Guchait, M and Jain, S and Karmakar, S and Kumar, S and Majumder, G and Mazumdar, K and Sahoo, N and Chauhan, S and Dube, S and Hegde, V and Kapoor, A and Kothekar, K and Pandey, S and Rane, A and Rastogi, A and Sharma, S and Chenarani, S and Eskandari Tadavani, E and Etesami, SM and Khakzad, M and Mohammadi Najafabadi, M and Naseri, M and Rezaei Hosseinabadi, F and Safarzadeh, B and Zeinali, M and Felcini, M and Grunewald, M and Abbrescia, M and Calabria, C and Colaleo, A and Creanza, D and Cristella, L and De Filippis, N and De Palma, M and Di Florio, A and Errico, F and Fiore, L and Gelmi, A and Iaselli, G and Ince, M and Lezki, S and Maggi, G and Maggi, M and Miniello, G and My, S and Nuzzo, S and Pompili, A and Pugliese, G and Radogna, R and Ranieri, A and Selvaggi, G and Sharma, A and Silvestris, L and Venditti, R and Verwilligen, P and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Chhibra, SS and Codispoti, G and Cuffiani, M and Dallavalle, GM and Fabbri, F and Fanfani, A and Fontanesi, E and Giacomelli, P and Grandi, C and Guiducci, L and Iemmi, F and Lo Meo, S and Marcellini, S and Masetti, G and Montanari, A and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Chatterjee, K and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and Dallâ��Osso, M and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassa, E and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Magnani, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bianchini, L and Boccali, T and Borrello, L and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Fedi, G and Fiori, F and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Rolandi, G and Spagnolo, P and Tenchini, R and Tonelli, G and Venturi, A and Verdini, PG and Barone, L and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cenna, F and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Lee, S and Nam, K and Oh, SB and RadburnSmith, BC and Seo, S and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ibrahim, ZA and Md Ali, MAB and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Castilla-Valdez, H and De La Cruz-Burelo, E and Duran-Osuna, MC and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mejia Guisao, J and Rabadan-Trejo, RI and Ramirez-Garcia, M and Ramirez-Sanchez, G and Reyes-Almanza, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Asghar, MI and Hassan, Q and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Beirão Da Cruz E Silva, C and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Strong, G and Toldaiev, O and Varela, J and Afanasiev, S and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Voytishin, N and Zarubin, A and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Shabanov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chistov, R and Danilov, M and Parygin, P and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milenovic, P and Milosevic, J and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Fernandez 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Aldaya Martin, M and Arndt, T and Asawatangtrakuldee, C and Babounikau, I and Bakhshiansohi, H and Beernaert, K and Behnke, O and Behrens, U and Bermúdez MartÃnez, A and Bertsche, D and Bin Anuar, AA and Borras, K and Botta, V and Campbell, A and Connor, P and Consuegra RodrÃguez, S and Contreras-Campana, C and Danilov, V and De Wit, A and Defranchis, MM and Diez Pardos, C and DomÃnguez Damiani, D and Eckerlin, G and Eichhorn, T and Elwood, A and Eren, E and Gallo, E and Geiser, A and Grados Luyando, JM and Grohsjean, A and Guthoff, M and Haranko, M and Harb, A and Jomhari, NZ and Jung, H and Kasemann, M and Keaveney, J and Kleinwort, C and Knolle, J and Krücker, D and Lange, W and Lenz, T and Leonard, J and Lipka, K and Lohmann, W and Mankel, R and Melzer-Pellmann, I-A and Meyer, AB and Meyer, M and Missiroli, M and Mittag, G and Mnich, J and Myronenko, V and Pérez Adán, D and Pflitsch, SK and Pitzl, D and Raspereza, A and Saibel, A and Savitskyi, M and Saxena, P and Schütze, P and Schwanenberger, C and Shevchenko, R and Singh, A and Tholen, H and Turkot, O and Vagnerini, A and Van De Klundert, M and Onsem, GPV and Walsh, R and Wen, Y and Wichmann, K and Wissing, C and Zenaiev, O and Aggleton, R and Bein, S and Benato, L and Benecke, A and Blobel, V and Dreyer, T and Ebrahimi, A and Garutti, E and Gonzalez, D and Gunnellini, P and Haller, J and Hinzmann, A and Karavdina, A and Kasieczka, G and Klanner, R and Kogler, R and Kovalchuk, N and Kurz, S and Kutzner, V and Lange, J and Marconi, D and Multhaup, J and Niedziela, M and Niemeyer, CEN and Nowatschin, D and Perieanu, A and Reimers, A and Rieger, O and Scharf, C and Schleper, P and Schumann, S and Schwandt, J and Sonneveld, J and Stadie, H and Steinbrück, G and Stober, FM and Stöver, M and Vormwald, B and Zoi, I and Akbiyik, M and Barth, C and Baselga, M and Baur, S and Berger, T and Butz, E and Caspart, R and Chwalek, T and De Boer, W and Dierlamm, A and El Morabit, K and Faltermann, N and Giffels, M and Harrendorf, MA and Hartmann, F and Husemann, U and Katkov, I and Kudella, S and Mitra, S and Mozer, MU and Müller, T and Musich, M and Quast, G and Rabbertz, K and Schröder, M and Shvetsov, I and Simonis, HJ and Ulrich, R and Weber, M and Wöhrmann, C and Wolf, R and Anagnostou, G and Daskalakis, G and Geralis, T and Kyriakis, A and Loukas, D and Paspalaki, G and Agapitos, A and Karathanasis, G and Kontaxakis, P and Panagiotou, A and Papavergou, I and Saoulidou, N and Vellidis, K and Bakas, G and Kousouris, K and Papakrivopoulos, I and Tsipolitis, G and Evangelou, I and Foudas, C and Gianneios, P and Katsoulis, P and Kokkas, P and Mallios, S and Manitara, K and Manthos, N and Papadopoulos, I and Paradas, E and Strologas, J and Triantis, FA and Tsitsonis, D and Bartók, M and Csanad, M and Filipovic, N and Major, P and Mandal, K and Mehta, A and Nagy, MI and Pasztor, G and Surányi, O and Veres, GI and Bencze, G and Hajdu, C and Horvath, D and Hunyadi, Ã� and Sikler, F and Vámi, TÃ� and 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and Sarkar, T and Sharan, M and Singh, B and Thakur, S and Behera, PK and Muhammad, A and Chudasama, R and Dutta, D and Jha, V and Kumar, V and Mishra, DK and Netrakanti, PK and Pant, LM and Shukla, P and Suggisetti, P and Aziz, T and Bhat, MA and Dugad, S and Mohanty, GB and Sur, N and Verma, RK and Banerjee, S and Bhattacharya, S and Chatterjee, S and Das, P and Guchait, M and Jain, S and Karmakar, S and Kumar, S and Majumder, G and Mazumdar, K and Sahoo, N and Sawant, S and Chauhan, S and Dube, S and Hegde, V and Kapoor, A and Kothekar, K and Pandey, S and Rane, A and Rastogi, A and Sharma, S and Chenarani, S and Eskandari Tadavani, E and Etesami, SM and Khakzad, M and Mohammadi Najafabadi, M and Naseri, M and Rezaei Hosseinabadi, F and Safarzadeh, B and Zeinali, M and Felcini, M and Grunewald, M and Abbrescia, M and Calabria, C and Colaleo, A and Creanza, D and Cristella, L and De Filippis, N and De Palma, M and Di Florio, A and Errico, F and Fiore, L and Gelmi, A and Iaselli, G and Ince, M and Lezki, S and Maggi, G and Maggi, M and Miniello, G and My, S and Nuzzo, S and Pompili, A and Pugliese, G and Radogna, R and Ranieri, A and Selvaggi, G and Silvestris, L and Venditti, R and Verwilligen, P and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Chhibra, SS and Codispoti, G and Cuffiani, M and Dallavalle, GM and Fabbri, F and Fanfani, A and Fontanesi, E and Giacomelli, P and Grandi, C and Guiducci, L and Iemmi, F and Lo Meo, S and Marcellini, S and Masetti, G and Montanari, A and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Chatterjee, K and Ciulli, V and Civinini, C and Dâ��alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and Dallâ��osso, M and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassa, E and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Magnani, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bianchini, L and Boccali, T and Borrello, L and Castaldi, R and Ciocci, MA and Dellâ��orso, R and Fedi, G and Fiori, F and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Rolandi, G and Scribano, A and Spagnolo, P and Tenchini, R and Tonelli, G and Venturi, A and Verdini, PG and Barone, L and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cenna, F and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Lee, S and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, SH and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ibrahim, ZA and Md Ali, MAB and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Castilla-Valdez, H and De La Cruz-Burelo, E and Duran-Osuna, MC and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mejia Guisao, J and Rabadan-Trejo, RI and Ramirez-Sanchez, G and Reyes-Almanza, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Asghar, MI and Hassan, Q and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Beirão Da Cruz E Silva, C and Francesco, AD and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Strong, G and Toldaiev, O and Varela, J and Alexakhin, V and Bunin, P and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Kashunin, I and Korenkov, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Shulha, S and Voytishin, N and Yuldashev, BS and Zarubin, A and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Shabanov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chadeeva, M and Polikarpov, S and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Iuzhakov, A and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milenovic, P and Milosevic, J and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and RodrÃguez Bouza, V and Sanchez Cruz, S and Vizan Garcia, JM and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Garcia-Ferrero, J and Gomez, G and Lopez Virto, A and Marco, J and Martinez Rivero, C and Martinez Ruiz Del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Vilar Cortabitarte, R and Wickramage, N and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Botta, C and Brondolin, E and Camporesi, T and Cepeda, M and Cerminara, G and Chapon, E and Chen, Y and Cucciati, G and Dâ��enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and De Roeck, A and Deelen, N and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Iiyama, Y and Innocente, V and Innocenti, GM and Jafari, A and Janot, P and Karacheban, O and Kieseler, J and Kornmayer, A and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Treille, D and Tsirou, A and Vartak, A and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Reichmann, M and Reissel, C and Reitenspiess, T and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Leontsinis, S and Mikuni, VM and 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Wolf, R and Anagnostou, G and Daskalakis, G and Geralis, T and Kyriakis, A and Loukas, D and Paspalaki, G and Agapitos, A and Karathanasis, G and Kontaxakis, P and Panagiotou, A and Papavergou, I and Saoulidou, N and Tziaferi, E and Vellidis, K and Kousouris, K and Papakrivopoulos, I and Tsipolitis, G and Evangelou, I and Foudas, C and Gianneios, P and Katsoulis, P and Kokkas, P and Mallios, S and Manthos, N and Papadopoulos, I and Paradas, E and Strologas, J and Triantis, FA and Tsitsonis, D and Bartók, M and Csanad, M and Filipovic, N and Major, P and Nagy, MI and Pasztor, G and Surányi, O and Veres, GI and Bencze, G and Hajdu, C and Horvath, D and Hunyadi, Ã� and Sikler, F and Vámi, TÃ� and Veszpremi, V and Vesztergombi, G and Beni, N and Czellar, S and Karancsi, J and Makovec, A and Molnar, J and Szillasi, Z and Raics, P and Trocsanyi, ZL and Ujvari, B and Choudhury, S and Komaragiri, JR and Tiwari, PC and Bahinipati, S and Kar, C and Mal, P and Mandal, K and Nayak, A and Sahoo, DK and Swain, SK and Bansal, S and Beri, SB and Bhatnagar, V and Chauhan, S and Chawla, R and Dhingra, N and Gupta, R and Kaur, A and Kaur, M and Kaur, S and Kumari, P and Lohan, M and Mehta, A and Sandeep, K and Sharma, S and Singh, JB and Virdi, AK and Walia, G and Bhardwaj, A and Choudhary, BC and Garg, RB and Gola, M and Keshri, S and Kumar, A and Malhotra, S and Naimuddin, M and Priyanka, P and Ranjan, K and Shah, A and Sharma, R and Bhardwaj, R and Bharti, M and Bhattacharya, R and Bhattacharya, S and Bhawandeep, U and Bhowmik, D and Dey, S and Dutt, S and Dutta, S and Ghosh, S and Mondal, K and Nandan, S and Purohit, A and Rout, PK and Roy, A and Chowdhury, SR and Saha, G and Sarkar, S and Sharan, M and Singh, B and Thakur, S and Behera, PK and Chudasama, R and Dutta, D and Jha, V and Kumar, V and Mishra, DK and Netrakanti, PK and Pant, LM and Shukla, P and Aziz, T and Bhat, MA and Dugad, S and Mohanty, GB and Sur, N and Sutar, B and Verma, RK and Banerjee, S and Bhattacharya, S and Chatterjee, S and Das, P and Guchait, M and Jain, Sa and Karmakar, S and Kumar, S and Maity, M and Majumder, G and Mazumdar, K and Sahoo, N and Sarkar, T and Chauhan, S and Dube, S and Hegde, V and Kapoor, A and Kothekar, K and Pandey, S and Rane, A and Rastogi, A and Sharma, S and Chenarani, S and Tadavani, EE and Etesami, SM and Khakzad, M and Najafabadi, MM and Naseri, M and Hosseinabadi, FR and Safarzadeh, B and Zeinali, M and Felcini, M and Grunewald, M and Abbrescia, M and Calabria, C and Colaleoa, A and Creanza, D and Cristella, L and Filippis, ND and Palma, MD and Florio, AD and Errico, F and Fiorea, L and Gelmi, A and Iaselli, G and Ince, M and Lezki, S and Maggi, G and Maggia, M and Miniello, G and My, S and Nuzzo, S and Pompili, A and Pugliese, G and Radognaa, R and Ranieria, A and Selvaggi, G and Sharmaa, A and Silvestrisa, L and Vendittia, R and Verwilligena, P and Zitoa, G and Abbiendia, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Campanini, R and Capiluppi, P and Castro, A and Cavalloa, FR and Chhibra, SS and Cioccaa, C and Codispoti, G and Cuffiani, M and Dallavallea, GM and Fabbria, F and Fanfani, A and Fontanesi, E and Giacomellia, P and Grandia, C and Guiducci, L and Iemmi, F and Marcellinia, S and Masettia, G and Montanaria, A and Navarria, FL and Perrottaa, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosia, N and Albergo, S and Mattiaa, AD and Potenza, R and Tricomi, A and Tuve, C and Barbaglia, G and Chatterjee, K and Ciulli, V and Civininia, C and D'Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschinia, M and Paolettia, S and Russoa, L and Sguazzonia, G and Stroma, D and Viliania, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Ferroa, F and Mulargia, R and Ravera, F and Robuttia, E and Tosi, S and Benagliaa, A and Beschib, A and Brivio, F and Ciriolo, V and Guidaa, SD and Dinardo, ME and Fiorendi, S and Gennaia, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzia, S and Menascea, D and Monti, F and Moronia, L and Paganoni, M and Pedrinia, D and Ragazzi, S and Fatis, TTD and Zuolo, D and Buontempoa, S and Cavallo, N and Iorio, AD and Crescenzo, AD and Fabozzi, F and Fiengaa, F and Galatia, G and Iorio, AOM and Khana, WA and Listaa, L and Meolaa, S and Paoluccia, P and Sciacca, C and Voevodina, E and Azzia, P and Bacchettaa, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchiaa, P and Dall'osso, M and Manzanoa, PDC and Dorigoa, T and Dossellia, U and Gasparini, F and Gasparini, U and Gozzelinoa, A and Hoh, SY and Lacapraraa, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Presillab, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassaa, E and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieria, A and Magnania, A and Montagna, P and Ratti, SP and Rea, V and Ressegotti, M and Riccardi, C and Salvinia, P and Vai, I and Vitulo, P and Biasini, M and Bileia, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manonia, E and Mantovani, G and Mariani, V and Menichellia, M and Rossi, A and Santocchia, A and Spigaa, D and Androsov, K and Azzurri, P and Bagliesi, G and Bianchini, L and Boccali, T and Borrello, L and Castaldi, R and Ciocci, MA and Dell'orso, R and Fedi, G and Fiori, F and Giannini, L and Giassia, A and Grippoa, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Pallaa, F and Rizzi, A and Rolandi, G and Spagnoloa, P and Tenchinia, R and Tonelli, G and Venturia, A and Verdinia, PG and Barone, L and Cavallari, F and Cipriani, M and Delre, D and Di Marco, E and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cenna, F and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Angioni, GLP and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Ricca, GD and Vazzoler, F and Zanettia, A and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, S and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, SH and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ahmed, I and Ibrahim, ZA and Ali, MABM and Idris, FM and Abdullah, WATWan and Yusli, MN and Zolkapli, Z and Benitez, JF and Hernandez, AC and Quijada, JAM and Castilla-Valdez, H and Cruz-Burelo, EDL and Duran-Osuna, MC and Cruz, IH-DL and Fernandez, RL and Guisao, JM and Rabadan-Trejo, RI and Ramirez-Garcia, M and Ramirez-Sanchez, G and Reyes-Almanza, R and Sanchez-Hernandez, A and Moreno, SC and Barrera, CO and Valencia, FV and Eysermans, J and Pedraza, I and Ibarguen, HAS and Estrada, CU and Pineda, AM and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Asghar, MI and Hassan, Q and Hoorani, HR and Saddique, A and Shah, MA and Shoaib, M and Waqas, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Silva, CBDCE and Francesco, AD and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Strong, G and Toldaiev, O and Varela, J and Afanasiev, S and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Voytishin, N and Zarubin, A and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Yu and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chadeeva, M and Parygin, P and Philippov, D and Polikarpov, S and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Kaminskiy, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Miagkov, I and Obraztsov, S and Petrushanko, S and Savrin, V and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milosevic, J and Maestre, JA and Fernández, AÃ� and Bachiller, I and Luna, MB and Cifuentes, JAB and Cerrada, M and Colino, N and Cruz, BDL and Peris, AD and Bedoya, CF and Ramos, JPF and Flix, J and Fouz, MC and Lopez, OG and Lopez, SG and Hernandez, JM and Josa, MI and Moran, D and Yzquierdo, AP-C and Pelayo, JP and Redondo, I and Romero, L and Soares, MS and Triossi, A and Albajar, C and De Trocóniz, JF and Cuevas, J and Erice, C and Menendez, JF and Folgueras, S and Caballero, IG and Fernández, JRG and Cortezon, EP and Bouza, VR and Cruz, SS and Garcia, JMV and Cabrillo, IJ and Calderon, A and Quero, BC and Campderros, JD and Fernandez, M and Manteca, PJF and Alonso, AG and Garcia-Ferrero, J and Gomez, G and Virto, AL and Marco, J and Rivero, CM and Arbol, PMD and Matorras, F and Gomez, JP and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Cortabitarte, RV and Wickramage, N and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Botta, C and Brondolin, E and Camporesi, T and Cepeda, M and Cerminara, G and Chapon, E and Chen, Y and Cucciati, G and D'Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and Roeck, AD and Deelen, N and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Everaerts, P and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Innocente, V and Jafari, A and Janot, P and Karacheban, O and Kieseler, J and Kornmayer, A and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Milenovic, P and Moortgat, F and Mulders, M and Ngadiuba, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Reis, T and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Treille, D and Tsirou, A and Veckalns, V and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Bäni, L and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Espinosa, TAG and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pata, J and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Quittnat, M and Reissel, C and Ruini, D and Becerra, DAS and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Olsson, MLV and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and Cosa, AD and Burgo, RD and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Leontsinis, S and Neutelings, I and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Zucchetta, A and Doan, TH and Khurana, R and Kuo, CM and Lin, W and Pozdnyakov, A and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Kumar, A and Liu, YF and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Asavapibhop, B and Srimanobhas, N and Suwonjandee, N and Bakirci, MN and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Eskut, E and Girgis, S and Gokbulut, G and Guler, Y and Gurpinar, E and Hos, I and Isik, C and Kangal, EE and Kara, O and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Polatoz, A and Cerci, DS and Tok, UG and Topakli, H and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Zeyrek, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ozkorucuklu, S and Tekten, S and Yetkin, EA and Agaras, MN and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Grynyov, B and Levchuk, L and Ball, F and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Davignon, O and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Newbold, DM and Paramesvaran, S and Penning, B and Sakuma, T and Smith, D and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Olaiya, E and Petyt, D and Themistocleous, CHS and Thea, A and Tomalin, IR and Womersley, WJ and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Colling, D and Dauncey, P and Davies, G and Negra, MD and Maria, RD and Hall, G and Iles, G and James, T and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Nash, J and Nikitenko, A and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Singh, G and Stoye, M and Strebler, T and Summers, S and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and MacKay, CK and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Dittmann, J and Hatakeyama, K and Liu, H and Madrid, C and McMaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Bose, T and Gastler, D and Pinna, D and Rankin, D and Richardson, C and Rohlf, J and Sulak, L and Zou, D and Benelli, G and Coubez, X and Cutts, D and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lee, J and Mao, Z and Narain, M and Sagir, S and Syarif, R and Usai, E and Yu, D and Band, R and Brainerd, C and Breedon, R and Burns, D and Sanchez, MCDLB and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Ko, W and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Pilot, J and Shalhout, S and Shi, M and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and McColl, N and Regnard, S and Saltzberg, D and Schnaible, C and Valuev, V and Bouvier, E and Burt, K and Clare, R and Gary, JW and Shirazi, SMAG and Hanson, G and Karapostoli, G and Kennedy, E and Lacroix, F and Long, OR and Negrete, MO and Paneva, MI and Si, W and Wang, 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and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Ceccarelli, R and Chatterjee, K and Ciulli, V and Civinini, C and D'Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Dini, P and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Ortona, G and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Castaldi, R and Ciocci, MA and Dell'Orso, R and Fedi, G and Fiori, F and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Rolandi, G and Scribano, A and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, B and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, SK and Roh, Y and Goh, J and Kim, HS and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Lee, H and Lee, S and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, SH and Yang, UK and Yoo, HD and Yoon, I and Yu, GB and Jeon, D and Kim, JH and Lee, JSH and Park, IC and Watson, I and Choi, Y and Hwang, C and Jeong, Y and Lee, Y and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ibrahim, ZA and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Hassan, Q and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Strong, G and Toldaiev, O and Varela, J and Gavrilenko, M and Golunov, A and Golutvin, I and Gorbounov, N and Kamenev, A and Karjavine, V and Korenkov, V and Kozlov, G and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Shulha, S and Voytishin, N and Yuldashev, BS and Zarubin, A and Zhiltsov, V and Chtchipounov, L and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chistov, R and Danilov, M and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Demiyanov, A and Ershov, A and Gribushin, A and Kodolova, O and Korotkikh, V and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Vardanyan, I and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milenovic, P and Milosevic, J and Stojanovic, M and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Navarro Tobar, Ã� and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Willmott, C and Albajar, C and de Trocóniz, JF and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and RodrÃguez Bouza, V and Sanchez Cruz, S and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Vizan Garcia, JM and Malagalage, K and Dharmaratna, WGD and Wickramage, N and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Bossini, E and Botta, C and Brondolin, E and Camporesi, T and Caratelli, A and Cerminara, G and Chapon, E and Cucciati, G and d'Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and De Roeck, A and Deelen, N and Deile, M and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Giani, S and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Iiyama, Y and Innocente, V and Jafari, A and Janot, P and Karacheban, O and Kaspar, J and Kieseler, J and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Quinto, M and Rabady, D and Racz, A and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Selvaggi, M and Silva, P and Snoeys, W and Sphicas, P and Steggemann, J and Tavolaro, VR and Treille, D and Tsirou, A and Vartak, A and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Reichmann, M and Reissel, C and Reitenspiess, T and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Galloni, C and Kilminster, B and Leontsinis, S and Mikuni, VM and Neutelings, I and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Wertz, S and Zucchetta, A and Doan, TH and Kuo, CM and Lin, W and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, YY and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Asavapibhop, B and Srimanobhas, N and Suwonjandee, N and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Gokbulut, G and Guler, Y and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Ozturk, S and Polatoz, A and Simsek, AE and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Kaynak, B and Ã�zçelik, Ã� and Ozkorucuklu, S and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Grynyov, B and Levchuk, L and Ball, F and Bhal, E and Bologna, S and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Davignon, O and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Paramesvaran, S and Penning, B and Sakuma, T and Seif El Nasr-Storey, S and Smith, D and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and GurpreetSingh, CHAHAL and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Di Maria, R and Everaerts, P and Hall, G and Iles, G and James, T and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Milosevic, V and Nash, J and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Stoye, M and Strebler, T and Summers, S and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zecchinelli, AG and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Dittmann, J and Hatakeyama, K and Madrid, C and McMaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Uniyal, R and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Bose, T and Demiragli, Z and Gastler, D and Girgis, S and Pinna, D and Richardson, C and Rohlf, J and Sperka, D and Suarez, I and Sulak, L and Zou, D and Benelli, G and Burkle, B and Coubez, X and Cutts, D and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Mao, Z and Narain, M and Sagir, S and Syarif, R and Usai, E and Yu, D and Band, R and Brainerd, C and Breedon, R and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Jensen, F and Ko, W and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Pilot, J and Shi, M and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Regnard, S and Saltzberg, D and Schnaible, C and Valuev, V and Burt, K and Clare, R and Gary, JW and Ghiasi Shirazi, SMA and Hanson, G and Karapostoli, G and Kennedy, E and Long, OR and Olmedo Negrete, M and Paneva, MI and Si, W and Wang, L and Wei, H and Wimpenny, S and Yates, BR and Zhang, Y and Branson, JG and Cittolin, S and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Klein, D and Krutelyov, V and Letts, J and Masciovecchio, M and May, S and Padhi, S and Pieri, M and Sharma, V and Tadel, M and Würthwein, F and Yagil, A and Zevi Della Porta, G and Amin, N and Bhandari, R and Campagnari, C and Citron, M and Dutta, V and Franco Sevilla, M and Gouskos, L and Incandela, J and Marsh, B and Mei, H and Ovcharova, A and Qu, H and Richman, J and Sarica, U and Stuart, D and Wang, S and Yoo, J and Anderson, D and Bornheim, A and Lawhorn, JM and Lu, N and Newman, HB and Nguyen, TQ and Pata, J and Spiropulu, M and Vlimant, JR and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and Johnson, A and MacDonald, E and Mulholland, T and Patel, R and Perloff, A and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Chaves, J and Cheng, Y and Chu, J and Datta, A and Frankenthal, A and Mcdermott, K and Mirman, N and Patterson, JR and Quach, D and Rinkevicius, A and Ryd, A and Tan, SM and Tao, Z and Thom, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Bauerdick, LAT and Beretvas, A and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Duarte, J and Elvira, VD and Freeman, J and Gecse, Z and Gottschalk, E and Gray, L and Green, D and Grünendahl, S and Gutsche, O and AllisonReinsvold, H and Hanlon, J and Harris, RM and Hasegawa, S and Heller, R and Hirschauer, J and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klima, B and Kortelainen, MJ and Kreis, B and Lammel, S and Lewis, J and Lincoln, D and Lipton, R and Liu, M and Liu, T and Lykken, J and Maeshima, K and Marraffino, JM and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and O'Dell, V and Papadimitriou, V and Pedro, K and Pena, C and Rakness, G and Ravera, F and Ristori, L and Schneider, B and Sexton-Kennedy, E and Smith, N and Soha, A and Spalding, WJ and Spiegel, L and Stoynev, S and Strait, J and Strobbe, N and Taylor, L and Tkaczyk, S and Tran, NV and Uplegger, L and Vaandering, EW and Vernieri, C and Verzocchi, M and Vidal, R and Wang, M and Weber, HA and Acosta, D and Avery, P and Bortignon, P and Bourilkov, D and Brinkerhoff, A and Cadamuro, L and Carnes, A and Cherepanov, V and Curry, D and Errico, F and Field, RD and Gleyzer, SV and Joshi, BM and Kim, M and Konigsberg, J and Korytov, A and Lo, KH and Ma, P and Matchev, K and Menendez, N and Mitselmakher, G and 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and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, B and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Roh, Y and Goh, J and Kim, HS and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Lee, H and Lee, K and Lee, S and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, SH and Yang, UK and Yoo, HD and Yoon, I and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Watson, I and Choi, Y and Hwang, C and Jeong, Y and Lee, J and Lee, Y and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ibrahim, ZA and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Hassan, Q and Hoorani, HR and Khan, WA and Qazi, S and Shah, MA and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Strong, G and Toldaiev, O and Varela, J and Alexakhin, V and Bunin, P and Ershov, Y and Golutvin, I and Gorbounov, N and Kamenev, A and Karjavine, V and Korenkov, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shmatov, S and Shulha, S and Voytishin, N and Yuldashev, BS and Zarubin, A and Chtchipounov, L and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chadeeva, M and Parygin, P and Philippov, D and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Savrin, V and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milenovic, P and Milosevic, J and Stojanovic, M and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Navarro Tobar, Ã� and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Willmott, C and Albajar, C and de Trocóniz, JF and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and RodrÃguez Bouza, V and Sanchez Cruz, S and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Russo, L and Scodellaro, L and Trevisani, N and Vila, I and Vizan Garcia, JM and Malagalage, K and Dharmaratna, WGD and Wickramage, N and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Bossini, E and Botta, C and Brondolin, E and Camporesi, T and Caratelli, A and Cerminara, G and Chapon, E and Cucciati, G and dâ��Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and Davignon, O and De Roeck, A and Deelen, N and Deile, M and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Giani, S and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Iiyama, Y and Innocente, V and Janot, P and Karacheban, O and Kaspar, J and Kieseler, J and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Quinto, M and Rabady, D and Racz, A and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Steggemann, J and Tavolaro, VR and Treille, D and Tsirou, A and Vartak, A and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Reichmann, M and Reissel, C and Reitenspiess, T and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Kilminster, B and Leontsinis, S and Mikuni, VM and Neutelings, I and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Wertz, S and Zucchetta, A and Doan, TH and Kuo, CM and Lin, W and Liu, SX and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, YY and Lu, R-S and Paganis, E and 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Smith, D and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Di Maria, R and Everaerts, P and Hall, G and Iles, G and James, T and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Milosevic, V and Nash, J and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Stoye, M and Strebler, T and Summers, S and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zecchinelli, AG and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Dittmann, J and Hatakeyama, K and Madrid, C and McMaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Uniyal, R and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Bose, T and Demiragli, Z and Gastler, D and Girgis, S and Pinna, D and Richardson, C and Rohlf, J and Sperka, D and Suarez, I and Sulak, L and Zou, D and Benelli, G and Burkle, B and Coubez, X and Cutts, D and Duh, YT and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lee, J and Mao, Z and Narain, M and Sagir, S and Syarif, R and Usai, E and Yu, D and Band, R and Brainerd, C and Breedon, R and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Jensen, F and Ko, W and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Pilot, J and Shi, M and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Nash, WA and Regnard, S and Saltzberg, D and Schnaible, C and Stone, B and Valuev, V and Burt, K and Clare, R and Gary, JW and Ghiasi Shirazi, SMA and Hanson, G and Karapostoli, G and Kennedy, E and Long, OR and Olmedo Negrete, M and Paneva, MI and Si, W and Wang, L and Wei, H and Wimpenny, S and Yates, BR and Zhang, Y and Branson, JG and Chang, P and Cittolin, S and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Klein, D and Krutelyov, V and Letts, J and Masciovecchio, M and May, S and Padhi, S and Pieri, M and Sharma, V and Tadel, M and Würthwein, F and Yagil, A and Zevi Della Porta, G and Amin, N and Bhandari, R and Campagnari, C and Citron, M and Dutta, V and Franco Sevilla, M and Gouskos, L and Incandela, J and Marsh, B and Mei, H and Ovcharova, A and Qu, H and Richman, J and Sarica, U and Stuart, D and Wang, S and Yoo, J and Anderson, D and Bornheim, A and Lawhorn, JM and Lu, N and Newman, HB and Nguyen, TQ and Pata, J and Spiropulu, M and Vlimant, JR and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and Johnson, A and MacDonald, E and Mulholland, T and Patel, R and Perloff, A and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Chaves, J and Cheng, Y and Chu, J and Datta, A and Frankenthal, A and Mcdermott, K and Mirman, N and Patterson, JR and Quach, D and Rinkevicius, A and Ryd, A and Tan, SM and Tao, Z and Thom, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Beretvas, A and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Duarte, J and Elvira, VD and Freeman, J and Gecse, Z and Gottschalk, E and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Hall, AR and Hanlon, J and Harris, RM and Hasegawa, S and Heller, R and Hirschauer, J and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klima, B and Kortelainen, MJ and Kreis, B and Lammel, S and Lewis, J and Lincoln, D and Lipton, R and Liu, M and Liu, T and Lykken, J and Maeshima, K and Marraffino, JM and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and Oâ��Dell, V and Papadimitriou, V and Pedro, K and Pena, C and Rakness, G and Ravera, F and Ristori, L and Schneider, B and Sexton-Kennedy, E and Smith, N and Soha, A and Spalding, WJ and Spiegel, L and Stoynev, S and Strait, J and Strobbe, N and Taylor, L and Tkaczyk, S and Tran, NV and Uplegger, L and Vaandering, EW and Vernieri, C and Verzocchi, M and Vidal, R and Wang, M and Weber, HA and Acosta, D and Avery, P and Bortignon, P and Bourilkov, D and Brinkerhoff, A and Cadamuro, L and Carnes, A and Cherepanov, V and Curry, D and Errico, F and Field, RD and Gleyzer, SV and Joshi, BM and Kim, M and Konigsberg, J and Korytov, A and Lo, KH and Ma, P and Matchev, K and Menendez, N and Mitselmakher, G and Rosenzweig, D and Shi, K and Wang, J and Wang, S and Zuo, X and Joshi, YR and Adams, T and Askew, A and Hagopian, S and Hagopian, V and Johnson, KF and Khurana, R and Kolberg, T and Martinez, G and Perry, T and Prosper, H and Schiber, C and Yohay, R and Zhang, J and Baarmand, MM and Bhopatkar, V and Hohlmann, M and Noonan, D and Rahmani, M and Saunders, M and Yumiceva, F and Adams, MR and Apanasevich, L and Berry, D and Betts, RR and Cavanaugh, R and Chen, X and Dittmer, S and Evdokimov, O and Gerber, CE and Hangal, DA and Hofman, DJ and Jung, K and Mills, C and Roy, T and Tonjes, MB and Varelas, N and Wang, H and Wang, X and Wu, Z and Alhusseini, M and Bilki, B and Clarida, W and Dilsiz, K and Durgut, S and Gandrajula, RP and Haytmyradov, M and Khristenko, V and Köseyan, OK and Merlo, J-P and Mestvirishvili, A and Moeller, A and Nachtman, J and Ogul, H and Onel, Y and Ozok, F and Penzo, A and Snyder, C and Tiras, E and Wetzel, J and Blumenfeld, B and Cocoros, A and Eminizer, N and Fehling, D and Feng, L and Gritsan, AV and Hung, WT and Maksimovic, P and Roskes, J and Swartz, M and Xiao, M and Baldenegro Barrera, C and Baringer, P and Bean, A and Boren, S and Bowen, J and Bylinkin, A and Isidori, T and Khalil, S and King, J and Krintiras, G and Kropivnitskaya, A and Lindsey, C and Majumder, D and Mcbrayer, W and Minafra, N and Murray, M and Rogan, C and Royon, C and Sanders, S and Schmitz, E and Tapia Takaki, JD and Wang, Q and Williams, J and Wilson, G and Duric, S and Ivanov, A and Kaadze, K and Kim, D and Maravin, Y and Mendis, DR and Mitchell, T and Modak, A and Mohammadi, A and Rebassoo, F and Wright, D and Baden, A and 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Finco, L and Golf, F and Gonzalez Suarez, R and Kamalieddin, R and Kravchenko, I and Siado, JE and Snow, GR and Stieger, B and Harrington, C and Iashvili, I and Kharchilava, A and Mclean, C and Nguyen, D and Parker, A and Pekkanen, J and Rappoccio, S and Roozbahani, B and Alverson, G and Barberis, E and Freer, C and Haddad, Y and Hortiangtham, A and Madigan, G and Morse, DM and Orimoto, T and Skinnari, L and Tishelman-Charny, A and Wamorkar, T and Wang, B and Wisecarver, A and Wood, D and Bhattacharya, S and Bueghly, J and Gunter, T and Hahn, KA and Odell, N and Schmitt, MH and Sung, K and Trovato, M and Velasco, M and Bucci, R and Dev, N and Goldouzian, R and Hildreth, M and Hurtado Anampa, K and Jessop, C and Karmgard, DJ and Lannon, K and Li, W and Loukas, N and Marinelli, N and Mcalister, I and Meng, F and Mueller, C and Musienko, Y and Planer, M and Ruchti, R and Siddireddy, P and Smith, G and Taroni, S and Wayne, M and Wightman, A and Wolf, M and Woodard, A and Alimena, J and 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and Rath, Y and Reithler, H and Rieger, M and Roemer, J and Schmidt, A and Schuler, SC and Sharma, A and Thüer, S and Wiedenbeck, S and Flügge, G and Haj Ahmad, W and Hlushchenko, O and Kress, T and Müller, T and Nehrkorn, A and Nowack, A and Pistone, C and Pooth, O and Roy, D and Sert, H and Stahl, A and Aldaya Martin, M and Asmuss, P and Babounikau, I and Bakhshiansohi, H and Beernaert, K and Behnke, O and Behrens, U and Bermúdez MartÃnez, A and Bertsche, D and Bin Anuar, AA and Borras, K and Botta, V and Campbell, A and Cardini, A and Connor, P and Consuegra RodrÃguez, S and Contreras-Campana, C and Danilov, V and De Wit, A and Defranchis, MM and Diez Pardos, C and DomÃnguez Damiani, D and Eckerlin, G and Eckstein, D and Eichhorn, T and Elwood, A and Eren, E and Gallo, E and Geiser, A and Grados Luyando, JM and Grohsjean, A and Guthoff, M and Haranko, M and Harb, A and Jafari, A and Jomhari, NZ and Jung, H and Kasem, A and Kasemann, M and Kaveh, H and Keaveney, J and Kleinwort, C 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Niedziela, M and Niemeyer, CEN and Nowatschin, D and Perieanu, A and Reimers, A and Rieger, O and Scharf, C and Schleper, P and Schumann, S and Schwandt, J and Sonneveld, J and Stadie, H and Steinbrück, G and Stober, FM and Stöver, M and Vormwald, B and Zoi, I and Akbiyik, M and Barth, C and Baselga, M and Baur, S and Berger, T and Butz, E and Caspart, R and Chwalek, T and De Boer, W and Dierlamm, A and El Morabit, K and Faltermann, N and Giffels, M and Goldenzweig, P and Gottmann, A and Harrendorf, MA and Hartmann, F and Husemann, U and Kudella, S and Mitra, S and Mozer, MU and Müller, T and Musich, M and Nürnberg, A and Quast, G and Rabbertz, K and Schröder, M and Shvetsov, I and Simonis, HJ and Ulrich, R and Weber, M and Wöhrmann, C and Wolf, R and Anagnostou, G and Asenov, P and Daskalakis, G and Geralis, T and Kyriakis, A and Loukas, D and Paspalaki, G and Diamantopoulou, M and Karathanasis, G and Kontaxakis, P and Panagiotou, A and Papavergou, I and Saoulidou, N and Stakia, A and 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and Fanfani, A and Fontanesi, E and Giacomelli, P and Grandi, C and Guiducci, L and Iemmi, F and Lo Meo, S and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Ceccarelli, R and Chatterjee, K and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Dini, P and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Ortona, G and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Pozzobon, N and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Fedi, G and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, B and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Roh, Y and Goh, J and Kim, HS and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Lee, H and Lee, K and Lee, S and Nam, K and Oh, M and Oh, SB and Radburn-Smith, BC and Yang, UK and Yoo, HD and Yoon, I and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Watson, I and Choi, Y and Hwang, C and Jeong, Y and Lee, J and Lee, Y and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ibrahim, ZA and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Hassan, Q and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Shchelina, K and Strong, G and Toldaiev, O and Varela, J and Alexakhin, V and Bunin, P and Ershov, Y and Golutvin, I and Gorbunov, I and Karjavine, V and Korenkov, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shmatov, S and Shulha, S and Teryaev, O and Voytishin, N and Yuldashev, BS and Zarubin, A and Chtchipounov, L and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bychkova, O and Chistov, R and Danilov, M and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Perfilov, M and Petrushanko, S and Savrin, V and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, 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Aushev, T and Bychkova, O and Chistov, R and Danilov, M and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Klyukhin, V and Korneeva, N and Lokhtin, I and Obraztsov, S and Perfilov, M and Savrin, V and Volkov, P and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milenovic, P and Milosevic, J and Stojanovic, M and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero 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Baur, S and Berger, T and Butz, E and Caspart, R and Chwalek, T and De Boer, W and Dierlamm, A and El Morabit, K and Faltermann, N and Giffels, M and Goldenzweig, P and Gottmann, A and Harrendorf, MA and Hartmann, F and Husemann, U and Kudella, S and Mitra, S and Mozer, MU and Müller, D and Müller, T and Musich, M and Nürnberg, A and Quast, G and Rabbertz, K and Schröder, M and Shvetsov, I and Simonis, HJ and Ulrich, R and Wassmer, M and Weber, M and Wöhrmann, C and Wolf, R and Anagnostou, G and Asenov, P and Daskalakis, G and Geralis, T and Kyriakis, A and Loukas, D and Paspalaki, G and Diamantopoulou, M and Karathanasis, G and Kontaxakis, P and Manousakis-katsikakis, A and Panagiotou, A and Papavergou, I and Saoulidou, N and Stakia, A and Theofilatos, K and Vellidis, K and Vourliotis, E and Bakas, G and Kousouris, K and Papakrivopoulos, I and Tsipolitis, G and Evangelou, I and Foudas, C and Gianneios, P and Katsoulis, P and Kokkas, P and Mallios, S and Manitara, K and Manthos, N and 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Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Baskakov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Klyukhin, V and Kodolova, O and Korneeva, N and Lokhtin, I and Obraztsov, S and Perfilov, M and Savrin, V and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Dordevic, M and Milenovic, P and Milosevic, J and Stojanovic, M and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado 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and Guler, Y and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Ozturk, S and Simsek, AE and Sunar Cerci, D and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Kaynak, B and Ozkorucuklu, S and Grynyov, B and Levchuk, L and Bhal, E and Bologna, S and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Krikler, B and Paramesvaran, S and Penning, B and Sakuma, T and Seif El Nasr-Storey, S and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Brew, C and Brown, RM and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and 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A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Hoh, SY and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Fiorina, D and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Donato, S and Fedi, G and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Biino, C and Cappati, A and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Salvatico, R and Sola, V and Solano, A and Soldi, D and Staiano, A and Trocino, D and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, B and Kim, DH and Kim, GN and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Roh, Y and Yoo, J and Goh, J and Kim, HS and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Lee, H and Lee, K and Lee, S and Nam, K and Oh, M and Oh, SB and Radburn-Smith, BC and Yang, UK and Yoo, HD and Yoon, I and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Watson, IJ and Choi, Y and Hwang, C and Jeong, Y and Lee, J and Lee, Y and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Vaitkus, J and Ibrahim, ZA and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Mijuskovic, J and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Hassan, Q and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Seixas, J and Shchelina, K and Strong, G and Toldaiev, O and Varela, J and Afanasiev, S and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Voytishin, N and Zarubin, A and Chtchipounov, L and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bychkova, O and Chistov, R and Danilov, M and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Dordevic, M and Milenovic, P and Milosevic, J and Stojanovic, M and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Navarro Tobar, Ã� and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Willmott, C and Albajar, C and de Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and RodrÃguez Bouza, V and Sanchez Cruz, S and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and 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Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Manzoni, RA and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Kilminster, B and Leontsinis, S and Mikuni, VM and Neutelings, I and Rauco, G and Robmann, P and Schweiger, K and Seitz, C and Takahashi, Y and Wertz, S and Zucchetta, A and Doan, TH and Kuo, CM and Lin, W and Roy, A and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, Y and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Asavapibhop, B and Asawatangtrakuldee, C and Srimanobhas, N and Suwonjandee, N and Bat, A and Boran, F and Celik, A and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Gokbulut, G and Guler, EG and Guler, Y and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Ozturk, S and Simsek, AE and Sunar Cerci, D and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Kaynak, B and Ozkorucuklu, S and Grynyov, B and Levchuk, L and Bhal, E and Bologna, S and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Krikler, B and Paramesvaran, S and Penning, B and Sakuma, T and Seif El Nasr-Storey, S and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Di Maria, R and Everaerts, P and Hall, G and Iles, G and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Milosevic, V and Morton, A and Nash, J and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Stoye, M and Strebler, T and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zecchinelli, AG and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Caraway, B and Dittmann, J and Hatakeyama, K and Madrid, C and McMaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Uniyal, R and Vargas Hernandez, AM and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Albert, A and Arcaro, D and Demiragli, Z and Gastler, D and Richardson, C and Rohlf, J and Sperka, D and Suarez, I and Sulak, L and Zou, D and Benelli, G and Burkle, B and Coubez, X and Cutts, D and Duh, Y and Hadley, M and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lau, KT and Lee, J and Mao, Z and Narain, M and Sagir, S and Syarif, R and Usai, E and Yu, D and Zhang, W and Band, R and Brainerd, C and Breedon, R and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Jensen, F and Ko, W and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Pilot, J and Shi, M and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Nash, WA and Regnard, S and Saltzberg, D and Schnaible, C and Stone, B and Valuev, V and Burt, K and Chen, Y and Clare, R and Gary, JW and Ghiasi Shirazi, SMA and Hanson, G and Karapostoli, G and Kennedy, E and Long, OR and Olmedo Negrete, M and Paneva, MI and Si, W and Wang, L and Wimpenny, S and Yates, BR and Zhang, Y and Branson, JG and Chang, P and Cittolin, S and Cooperstein, S and Deelen, N and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Klein, D and Krutelyov, V and Letts, J and Masciovecchio, M and May, S and Padhi, S and Pieri, M and Sharma, V and Tadel, M and Würthwein, F and Yagil, A and Zevi Della Porta, G and Amin, N and Bhandari, R and Campagnari, C and Citron, M and Dutta, V and Franco Sevilla, M and Incandela, J and Marsh, B and Mei, H and Ovcharova, A and Qu, H and Richman, J and Sarica, U and Stuart, D and Wang, S and Anderson, D and Bornheim, A and Cerri, O and Dutta, I and Lawhorn, JM and Lu, N and Mao, J and Newman, HB and Nguyen, TQ and Pata, J and Spiropulu, M and Vlimant, JR and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and MacDonald, E and Mulholland, T and Patel, R and Perloff, A and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Cheng, Y and Chu, J and Datta, A and Frankenthal, A and Mcdermott, K and Patterson, JR and Quach, D and Ryd, A and Tan, SM and Tao, Z and Thom, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Beretvas, A and Berry, D and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Duarte, J and Elvira, VD and Freeman, J and 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Scribano, A and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Biino, C and Cappati, A and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and González Fernández, JR and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Salvatico, R and Sola, V and Solano, A and Soldi, D and Staiano, A and Trocino, D and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, B and Kim, DH and Kim, GN and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, SK and Roh, Y and Yoo, J and Goh, J and Kim, HS and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Lee, H and Lee, S and Nam, K and Oh, M and Oh, SB and Radburn-Smith, BC and Yang, UK and Yoo, HD and Yoon, I and Jeon, D and Kim, JH and Lee, JSH and Park, IC and Watson, IJ and Choi, Y and Hwang, C and Jeong, Y and Lee, Y and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Vaitkus, J and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and 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Toldaiev, O and Varela, J and Afanasiev, S and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Voytishin, N and Zarubin, A and Chtchipounov, L and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bychkova, O and Chistov, R and Danilov, M and Polikarpov, S and Tarkovskii, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Dordevic, M and Milenovic, P and Milosevic, J and Stojanovic, M and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Navarro Tobar, Ã� and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Willmott, C and Albajar, C and de Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and Palencia Cortezon, E and Ramón Ã�lvarez, C and RodrÃguez Bouza, V and Sanchez Cruz, S and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Ricci-Tam, F and Rodrigo, T and Ruiz-Jimeno, A and Russo, L and Scodellaro, L and Vila, I and Vizan Garcia, JM and Malagalage, K and Dharmaratna, WGD and Wickramage, N and Aarrestad, TK and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Bortignon, P and Bossini, E and Brondolin, E and Camporesi, T and Caratelli, A and Cerminara, G and Chapon, E and Cucciati, G and d'Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and Davignon, O and De Roeck, A and Deile, M and Di Maria, R and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Emriskova, N and Fallavollita, F and Fasanella, D and Fiorendi, S and Franzoni, G and Fulcher, J and Funk, W and Giani, S and Gigi, D and Gill, K and Glege, F and Gouskos, L and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Iiyama, Y and Innocente, V and James, T and Janot, P and Karacheban, O and Kaspar, J and Kieseler, J and Krammer, M and Kratochwil, N and Lange, C and Lecoq, P and Long, K and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Niedziela, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Rieger, M and Rovere, M and Sakulin, H and Salfeld-Nebgen, J and Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Silva, P and Snoeys, W and Sphicas, P and Steggemann, J and Summers, S and Tavolaro, VR and Treille, D and Tsirou, A and Van Onsem, GP and Vartak, A and Verzetti, M and Wozniak, KA and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Backhaus, M and Berger, P and Calandri, A and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Manzoni, RA and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pauss, F and Perovic, V and Perrin, G and Perrozzi, L and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Amsler, C and Botta, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Kilminster, B and Leontsinis, S and Mikuni, VM and Neutelings, I and Rauco, G and Robmann, P and Schweiger, K and Takahashi, Y and Wertz, S and Kuo, CM and Lin, W and Roy, A and Sarkar, T and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, YY and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Asavapibhop, B and Asawatangtrakuldee, C and Srimanobhas, N and Suwonjandee, N and Bat, A and Boran, F and Celik, A and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Gokbulut, G and Guler, Y and Gurpinar Guler, E and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Simsek, AE and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Cerci, S and Kaynak, B and Ozkorucuklu, S and Sunar Cerci, D and Grynyov, B and Levchuk, L and Bhal, E and Bologna, S and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Krikler, B and Paramesvaran, S and Sakuma, T and Seif El Nasr-Storey, S and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Brew, C and Brown, RM and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Bainbridge, R and Bloch, P and Bonomally, S and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Everaerts, P and Hall, G and Iles, G and Komm, M and Langford, J and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Milosevic, V and Morton, A and Nash, J and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Stoye, M and Strebler, T and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Webb, SN and Winterbottom, D and Zecchinelli, AG and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Reid, ID and Teodorescu, L and Zahid, S and Brinkerhoff, A and Call, K and Caraway, B and Dittmann, J and Hatakeyama, K and Madrid, C and McMaster, B and Pastika, N and Smith, C and 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TQ and Pata, J and Spiropulu, M and Vlimant, JR and Xie, S and Zhang, Z and Zhu, RY and Alison, J and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and MacDonald, E and Mulholland, T and Patel, R and Perloff, A and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Cheng, Y and Chu, J and Datta, A and Frankenthal, A and Mcdermott, K and Patterson, JR and Quach, D and Ryd, A and Tan, SM and Tao, Z and Thom, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Bauerdick, LAT and Beretvas, A and Berry, D and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Elvira, VD and Freeman, J and Gecse, Z and Gottschalk, E and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Hanlon, J and Harris, RM and Hasegawa, S and Heller, R and Hirschauer, J and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klijnsma, T and Klima, B and Kortelainen, MJ and Kreis, B and Lammel, S and Lewis, J and Lincoln, D and Lipton, R and Liu, M and Liu, T and Lykken, J and Maeshima, K and Marraffino, JM and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and O'Dell, V and Papadimitriou, V and Pedro, K and Pena, C and Ravera, F and Reinsvold Hall, A and Ristori, L and Schneider, B and Sexton-Kennedy, E and Smith, N and Soha, A and Spalding, WJ and Spiegel, L and Stoynev, S and Strait, J and Taylor, L and Tkaczyk, S and Tran, NV and Uplegger, L and Vaandering, EW and Vidal, R and Wang, M and Weber, HA and Woodard, A and Acosta, D and Avery, P and Bourilkov, D and Cadamuro, L and Cherepanov, V and Errico, F and Field, RD and Guerrero, D and Joshi, BM and Kim, M and Konigsberg, J and Korytov, A and Lo, KH and Matchev, K and Menendez, N and Mitselmakher, G and Rosenzweig, D and Shi, K and Wang, J and Zuo, X and Joshi, YR and Adams, T and Askew, A and Habibullah, R and Hagopian, S and Hagopian, V and Johnson, KF and Khurana, R and Kolberg, T and Martinez, G and Perry, T and Prosper, H and Schiber, C and Yohay, R and Zhang, J and Baarmand, MM and Hohlmann, M and Noonan, D and Rahmani, M and Saunders, M and Yumiceva, F and Adams, MR and Apanasevich, L and Betts, RR and Cavanaugh, R and Chen, X and Dittmer, S and Evdokimov, O and Gerber, CE and Hangal, DA and Hofman, DJ and Kumar, V and Mills, C and Oh, G and Roy, T and Tonjes, MB and Varelas, N and Viinikainen, J and Wang, H and Wang, X and Wu, Z and Alhusseini, M and Bilki, B and Dilsiz, K and Durgut, S and Gandrajula, RP and Haytmyradov, M and Khristenko, V and Köseyan, OK and Merlo, J-P and Mestvirishvili, A and Moeller, A and Nachtman, J and Ogul, H and Onel, Y and Ozok, F and Penzo, A and Snyder, C and Tiras, E and Wetzel, J and Yi, K and Blumenfeld, B and Cocoros, A and Eminizer, N and Gritsan, AV and Hung, WT and Kyriacou, S and 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Luckey, PD and Maier, B and Marini, AC and Mcginn, C and Mironov, C and Narayanan, S and Niu, X and Paus, C and Rankin, D and Roland, C and Roland, G and Shi, Z and Stephans, GSF and Sumorok, K and Tatar, K and Velicanu, D and Wang, TW and Wyslouch, B and Chatterjee, RM and Evans, A and Guts, S and Hansen, P and Hiltbrand, J and Jain, S and Kubota, Y and Lesko, Z and Mans, J and Revering, M and Rusack, R and Saradhy, R and Schroeder, N and Strobbe, N and Wadud, MA and Acosta, JG and Oliveros, S and Bloom, K and Claes, DR and Fangmeier, C and Finco, L and Golf, F and Kamalieddin, R and Kravchenko, I and Siado, JE and Snow, GR and Stieger, B and Tabb, W and Agarwal, G and Harrington, C and Iashvili, I and Kharchilava, A and McLean, C and Nguyen, D and Parker, A and Pekkanen, J and Rappoccio, S and Roozbahani, B and Alverson, G and Barberis, E and Freer, C and Haddad, Y and Hortiangtham, A and Madigan, G and Marzocchi, B and Morse, DM and Nguyen, V and Orimoto, T and Skinnari, L and 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Torres Da Silva De Araujo, F and Vilela Pereira, A and Bernardes, CA and Calligaris, L and Fernandez Perez Tomei, TR and Gregores, EM and Lemos, DS and Mercadante, PG and Novaes, SF and Padula, SS and Aleksandrov, A and Antchev, G and Hadjiiska, R and Iaydjiev, P and Misheva, M and Rodozov, M and Shopova, M and Sultanov, G and Bonchev, M and Dimitrov, A and Ivanov, T and Litov, L and Pavlov, B and Petkov, P and Petrov, A and Fang, W and Gao, X and Yuan, L and Ahmad, M and Hu, Z and Wang, Y and Chen, GM and Chen, HS and Chen, M and Jiang, CH and Leggat, D and Liao, H and Liu, Z and Spiezia, A and Tao, J and Yazgan, E and Zhang, H and Zhang, S and Zhao, J and Agapitos, A and Ban, Y and Chen, G and Levin, A and Li, J and Li, L and Li, Q and Mao, Y and Qian, SJ and Wang, D and Wang, Q and Xiao, M and Avila, C and Cabrera, A and Florez, C and González Hernández, CF and Segura Delgado, MA and Mejia Guisao, J and Ruiz Alvarez, JD and Salazar González, CA and Vanegas Arbelaez, N and 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C and Pooth, O and Roy, D and Sert, H and Stahl, A and Aldaya Martin, M and Asmuss, P and Babounikau, I and Bakhshiansohi, H and Beernaert, K and Behnke, O and Bermúdez MartÃnez, A and Bin Anuar, AA and Borras, K and Botta, V and Campbell, A and Cardini, A and Connor, P and Consuegra RodrÃguez, S and Contreras-Campana, C and Danilov, V and De Wit, A and Defranchis, MM and Diez Pardos, C and DomÃnguez Damiani, D and Eckerlin, G and Eckstein, D and Eichhorn, T and Elwood, A and Eren, E and Gallo, E and Geiser, A and Grohsjean, A and Guthoff, M and Haranko, M and Harb, A and Jafari, A and Jomhari, NZ and Jung, H and Kasem, A and Kasemann, M and Kaveh, H and Keaveney, J and Kleinwort, C and Knolle, J and Krücker, D and Lange, W and Lenz, T and Lidrych, J and Lipka, K and Lohmann, W and Mankel, R and Melzer-Pellmann, I-A and Meyer, AB and Meyer, M and Missiroli, M and Mnich, J and Mussgiller, A and Myronenko, V and Pérez Adán, D and Pflitsch, SK and Pitzl, D and Raspereza, A and Saibel, A and Savitskyi, M and Scheurer, V and Schütze, P and Schwanenberger, C and Shevchenko, R and Singh, A and Sosa Ricardo, RE and Tholen, H and Turkot, O and Vagnerini, A and Van De Klundert, M and Walsh, R and Wen, Y and Wichmann, K and Wissing, C and Zenaiev, O and Zlebcik, R and Aggleton, R and Bein, S and Benato, L and Benecke, A and Dreyer, T and Ebrahimi, A and Feindt, F and Fröhlich, A and Garbers, C and Garutti, E and Gonzalez, D and Gunnellini, P and Haller, J and Hinzmann, A and Karavdina, A and Kasieczka, G and Klanner, R and Kogler, R and Kovalchuk, N and Kurz, S and Kutzner, V and Lange, J and Lange, T and Malara, A and Multhaup, J and Niemeyer, CEN and Reimers, A and Rieger, O and Schleper, P and Schumann, S and Schwandt, J and Sonneveld, J and Stadie, H and Steinbrück, G and Vormwald, B and Zoi, I and Akbiyik, M and Baselga, M and Baur, S and Berger, T and Butz, E and Caspart, R and Chwalek, T and De Boer, W and Dierlamm, A and El Morabit, K and Faltermann, N and Giffels, M 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M and Di Florio, A and Elmetenawee, W and Fiore, L and Gelmi, A and Iaselli, G and Ince, M and Lezki, S and Maggi, G and Maggi, M and Merlin, JA and Miniello, G and My, S and Nuzzo, S and Pompili, A and Pugliese, G and Radogna, R and Ranieri, A and Selvaggi, G and Silvestris, L and Simone, FM and Venditti, R and Verwilligen, P and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Ciocca, C and Codispoti, G and Cuffiani, M and Dallavalle, GM and Fabbri, F and Fanfani, A and Fontanesi, E and Giacomelli, P and Grandi, C and Guiducci, L and Iemmi, F and Lo Meo, S and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and D'Alessandro, R and Fiori, F and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Layer, L and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY 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Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Biino, C and Cappati, A and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Salvatico, R and Sola, V and Solano, A and Soldi, D and Staiano, A and Trocino, D and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Kim, B and Kim, DH and Kim, GN and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, SK and Roh, Y and Yoo, J and Goh, J and Kim, HS and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Lee, H and Lee, S and Nam, K and Oh, M and Oh, SB and Radburn-Smith, BC and Yang, UK and Yoo, HD and Yoon, I and Jeon, D and Kim, JH and Lee, JSH and Park, IC and Watson, IJ and Choi, Y and Hwang, C and Jeong, Y and Lee, Y and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Vaitkus, J and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and 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Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Dordevic, M and Milenovic, P and Milosevic, J and Stojanovic, M and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Navarro Tobar, Ã� 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Pook, T and Pozdnyakov, A and Quast, T and Radziej, M and Rath, Y and Reithler, H and Roemer, J and Schmidt, A and Schuler, SC and Sharma, A and Wiedenbeck, S and Zaleski, S and Dziwok, C and Flügge, G and Haj Ahmad, W and Hlushchenko, O and Kress, T and Nowack, A and Pistone, C and Pooth, O and Roy, D and Sert, H and Stahl, A and Ziemons, T and Aarup Petersen, H and Aldaya Martin, M and Asmuss, P and Babounikau, I and Baxter, S and Behnke, O and Bermúdez MartÃnez, A and Bin Anuar, AA and Borras, K and Botta, V and Brunner, D and Campbell, A and Cardini, A and Connor, P and Consuegra RodrÃguez, S and Danilov, V and De Wit, A and Defranchis, MM and Didukh, L and DomÃnguez Damiani, D and Eckerlin, G and Eckstein, D and Eichhorn, T and Estevez Banos, LI and Gallo, E and Geiser, A and Giraldi, A and Grohsjean, A and Guthoff, M and Harb, A and Jafari, A and Jomhari, NZ and Jung, H and Kasem, A and Kasemann, M and Kaveh, H and Kleinwort, C and Knolle, J and Krücker, D and Lange, W and Lenz, T and Lidrych, J and Lipka, K and Lohmann, W and Mankel, R and Melzer-Pellmann, I-A and Metwally, J and Meyer, AB and Meyer, M and Missiroli, M and Mnich, J and Mussgiller, A and Myronenko, V and Otarid, Y and Pérez Adán, D and Pflitsch, SK and Pitzl, D and Raspereza, A and Saggio, A and Saibel, A and Savitskyi, M and Scheurer, V and Schütze, P and Schwanenberger, C and Singh, A and Sosa Ricardo, RE and Tonon, N and Turkot, O and Vagnerini, A and Van De Klundert, M and Walsh, R and Walter, D and Wen, Y and Wichmann, K and Wissing, C and Wuchterl, S and Zenaiev, O and Zlebcik, R and Aggleton, R and Bein, S and Benato, L and Benecke, A and De Leo, K and Dreyer, T and Ebrahimi, A and Eich, M and Feindt, F and Fröhlich, A and Garbers, C and Garutti, E and Gunnellini, P and Haller, J and Hinzmann, A and Karavdina, A and Kasieczka, G and Klanner, R and Kogler, R and Kutzner, V and Lange, J and Lange, T and Malara, A and Niemeyer, CEN and Nigamova, A and Pena Rodriguez, KJ and Rieger, O and 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Sahoo, DK and Sur, N and Swain, SK and Bansal, S and Beri, SB and Bhatnagar, V and Chauhan, S and Dhingra, N and Gupta, R and Kaur, A and Kaur, S and Kumari, P and Lohan, M and Meena, M and Sandeep, K and Sharma, S and Singh, JB and Virdi, AK and Ahmed, A and Bhardwaj, A and Choudhary, BC and Garg, RB and Gola, M and Keshri, S and Kumar, A and Naimuddin, M and Priyanka, P and Ranjan, K and Shah, A and Bharti, M and Bhattacharya, R and Bhattacharya, S and Bhowmik, D and Dutta, S and Ghosh, S and Gomber, B and Maity, M and Nandan, S and Palit, P and Purohit, A and Rout, PK and Saha, G and Sarkar, S and Sharan, M and Singh, B and Thakur, S and Behera, PK and Behera, SC and Kalbhor, P and Muhammad, A and Pradhan, R and Pujahari, PR and Sharma, A and Sikdar, AK and Dutta, D and Kumar, V and Naskar, K and Netrakanti, PK and Pant, LM and Shukla, P and Aziz, T and Bhat, MA and Dugad, S and Kumar Verma, R and Sarkar, U and Banerjee, S and Bhattacharya, S and Chatterjee, S and Guchait, M and 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Diotalevi, T and Fabbri, F and Fanfani, A and Fontanesi, E and Giacomelli, P and Giommi, L and Grandi, C and Guiducci, L and Iemmi, F and Lo Meo, S and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and D'Alessandro, R and Fiori, F and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Seidita, R and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Cetorelli, F and Ciriolo, V and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli De Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Fabozzi, F and Fienga, F and Iorio, AOM and Layer, L and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Gasparini, F and Gasparini, U and Hoh, SY and Margoni, M and Meneguzzo, AT and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Strong, G and Tiko, A and Tosi, M and Zanetti, M and Zotto, P and Zucchetta, A and Zumerle, G and Aime, C and Braghieri, A and Calzaferri, S and Fiorina, D and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Ciangottini, D and Fanò, L and Lariccia, P and Mantovani, G and Mariani, V and Menichelli, M and Moscatelli, F and Rossi, A and Santocchia, A and Spiga, D and Tedeschi, T and Androsov, K and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Castaldi, R and Ciocci, MA and Dell'Orso, R and Di Domenico, MR and Donato, S and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Ramirez-Sanchez, G and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Shafiei, N and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Biino, C and Cappati, A and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Ruspa, M and Salvatico, R and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Trocino, D and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Dogra, S and Huh, C and Kim, B and Kim, DH and Kim, GN and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Radburn-Smith, BC and Sekmen, S and Yang, YC and Kim, H and Moon, DH and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Yoo, J and Goh, J and Gurtu, A and Kim, HS and Kim, Y and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, K and Lee, S and Nam, K and Oh, BH and Oh, M and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jeon, D and Kim, JH and Ko, B and Lee, JSH and Park, IC and Roh, Y and Song, D and Watson, IJ and Yoo, HD and Choi, Y and Hwang, C and Jeong, Y and Lee, H and Lee, Y and Yu, I and Maghrbi, Y and Veckalns, V and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Mijuskovic, J and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Asghar, MI and Awan, MIM and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Olszewski, M and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Faccioli, P and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Seixas, J and Shchelina, K and Toldaiev, O and Varela, J and Afanasiev, S and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shalaev, V and Shmatov, S and Shulha, S and Smirnov, V and Teryaev, O and Voytishin, N and Yuldashev, BS and Zarubin, A and Zhizhin, I and Gavrilov, G and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Volkov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Pivovarov, G and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Safronov, G and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chistov, R and Danilov, M and Oskin, A and Parygin, P and Polikarpov, S and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Ershov, A and Gribushin, A and Kaminskiy, A and Kodolova, O and Korotkikh, V and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Vardanyan, I and Blinov, V and Dimova, T and Kardapoltsev, L and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Kachanov, V and Kalinin, A and Konstantinov, D and Petrov, V and Ryutin, R and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Sukhikh, L and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and GarcÃa Alonso, A and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Urda Gómez, L and Willmott, C and Albajar, C and De Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and Palencia Cortezon, E and Ramón Ã�lvarez, C and Ripoll Sau, J and RodrÃguez Bouza, V and Sanchez Cruz, S and Trapote, A and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and Gomez, G and Martinez Rivero, C and Martinez Ruiz Del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Ricci-Tam, F and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Vila, I and Vizan Garcia, JM and Jayananda, MK and Kailasapathy, B and Sonnadara, DUJ and Wickramarathna, DDC and Dharmaratna, WGD and Liyanage, K and Perera, N and Wickramage, N and Aarrestad, TK and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Beni, N and Bianco, M and Bocci, A and Bortignon, P and Bossini, E and Brondolin, E and Camporesi, T and Cerminara, G and Cristella, L and D'Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and De Roeck, A and Deile, M and Di Maria, R and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Emriskova, N and Fallavollita, F and Fasanella, D and Fiorendi, S and Franzoni, G and Fulcher, J and Giani, S and Gigi, D and Gill, K and Glege, F and Gouskos, L and Guilbaud, M and Gulhan, D and Haranko, M and Hegeman, J and Iiyama, Y and Innocente, V and James, T and Janot, P and Kaspar, J and Kieseler, J and Komm, M and Kratochwil, N and Lange, C and Lecoq, P and Long, K and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Niedziela, J and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Rabady, D and Racz, A and Rieger, M and Rovere, M and Sakulin, H and Salfeld-Nebgen, J and Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Steggemann, J and Summers, S and Tavolaro, VR and Treille, D and Tsirou, A and Van Onsem, GP and Vartak, A and Verzetti, M and Wozniak, KA and Zeuner, WD and Caminada, L and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Backhaus, M and Berger, P and Calandri, A and Chernyavskaya, N and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gadek, T and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Meinhard, MT and Micheli, F and Nessi-Tedaldi, F and Pauss, F and Perovic, V and Perrin, G and Perrozzi, L and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Stampf, V and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Amsler, C and Botta, C and Brzhechko, D and Canelli, MF and Del Burgo, R and Heikkilä, JK and Huwiler, M and Jofrehei, A and 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Bindhu, VK and Nayak, A and Sahoo, DK and Sur, N and Swain, SK and Bansal, S and Beri, SB and Bhatnagar, V and Chauhan, S and Dhingra, N and Gupta, R and Kaur, A and Kaur, S and Kumari, P and Lohan, M and Meena, M and Sandeep, K and Sharma, S and Singh, JB and Virdi, AK and Ahmed, A and Bhardwaj, A and Choudhary, BC and Garg, RB and Gola, M and Keshri, S and Kumar, A and Naimuddin, M and Priyanka, P and Ranjan, K and Shah, A and Bharti, M and Bhattacharya, R and Bhattacharya, S and Bhowmik, D and Dutta, S and Ghosh, S and Gomber, B and Maity, M and Nandan, S and Palit, P and Purohit, A and Rout, PK and Saha, G and Sarkar, S and Sharan, M and Singh, B and Thakur, S and Behera, PK and Behera, SC and Kalbhor, P and Muhammad, A and Pradhan, R and Pujahari, PR and Sharma, A and Sikdar, AK and Dutta, D and Kumar, V and Naskar, K and Netrakanti, PK and Pant, LM and Shukla, P and Aziz, T and Bhat, MA and Dugad, S and Kumar Verma, R and Mohanty, GB and Sarkar, U and Banerjee, S and 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and Ciocca, C and Cuffiani, M and Dallavalle, GM and Diotalevi, T and Fabbri, F and Fanfani, A and Fontanesi, E and Giacomelli, P and Giommi, L and Grandi, C and Guiducci, L and Iemmi, F and Lo Meo, S and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and D'Alessandro, R and Fiori, F and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Seidita, R and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Cetorelli, F and Ciriolo, V and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Fabozzi, F and Fienga, F and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Gasparini, F and Gasparini, U and Hoh, SY and Layer, L and Margoni, M and Meneguzzo, AT and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Strong, G and Tiko, A and Tosi, M and Yarar, H and Zanetti, M and Zotto, P and Zucchetta, A and Zumerlea, G and Aime, C and Braghieri, A and Calzaferri, S and Fiorina, D and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Ciangottini, D and Fanò, L and Lariccia, P and Mantovani, G and Mariani, V and Menichelli, M and Moscatelli, F and Piccinelli, A and Rossi, A and Santocchia, A and Spiga, D and Tedeschi, T and Androsov, K and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Castaldi, R and Ciocci, MA and Dell'Orso, R and Di Domenico, MR and Donato, S and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Ramirez-Sanchez, G and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Shafiei, N and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Biino, C and Cappati, A and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Ruspa, M and Salvatico, R and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Trocino, D and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Dogra, S and Huh, C and Kim, B and Kim, DH and Kim, GN and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Radburn-Smith, BC and Sekmen, S and Yang, YC and Kim, H and Moon, DH and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Ha, S and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Yoo, J and Goh, J and Gurtu, A and Kim, HS and Kim, Y and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, K and Lee, S and Nam, K and Oh, BH and Oh, M and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jeon, D and Kim, JH and Ko, B and Lee, JSH and Park, IC and Roh, Y and Song, D and Watson, IJ and Yoo, HD and Choi, Y and Hwang, C and Jeong, Y and Lee, H and Lee, Y and Yu, I and Maghrbi, Y and Veckalns, V and Barakat, N and Zaraket, H and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Mijuskovic, J and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Asghar, MI and Awan, MIM and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Olszewski, M and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Faccioli, P and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Seixas, J and Shchelina, K and Toldaiev, O and Varela, J and Afanasiev, S and Baginyan, A and Bunin, P and Ershov, Y and Gavrilenko, M and Golunov, A and Golutvin, I and Gorbounov, N and Gorbunov, I and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Savina, M and Shalaev, V and Shmatov, S and Shulha, S and Teryaev, O and Zarubin, A and Zhizhin, I and Gavrilov, G and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Volkov, S and Vorobyev, A and Andreev, Yu and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Pivovarov, G and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Safronov, G and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bychkova, O and Chadeeva, M and Philippov, D and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Blinov, V and Dimova, T and Kardapoltsev, L and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Kachanov, V and Kalinin, A and Konstantinov, D and Petrov, V and Ryutin, R and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Iuzhakov, A and Okhotnikov, V and Sukhikh, L and Borchsh, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Cirkovic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Brochero Cifuentes, JA and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and GarcÃa Alonso, A and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Urda Gómez, L and Willmott, C and Albajar, C and de Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and Palencia Cortezon, E and Ramón Ã�lvarez, C and Ripoll Sau, J and RodrÃguez Bouza, V and Sanchez Cruz, S and Trapote, A and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Ricci-Tam, F and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Vila, I and Vizan Garcia, JM and Jayananda, MK and Kailasapathy, B and Sonnadara, DUJ and Wickramarathna, DDC and Dharmaratna, WGD and Liyanage, K and Perera, N and Wickramage, N and Aarrestad, TK and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Beni, N and Bianco, M and Bocci, A and Bortignon, P and Bossini, E and Brondolin, E and Camporesi, T and Cerminara, G and Cristella, L and d'Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and De Roeck, A and Deile, M and Di Maria, R and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Emriskova, N and Fallavollita, F and Fasanella, D and Fiorendi, S and Franzoni, G and Fulcher, J and Funk, W and Giani, S and Gigi, D and Gill, K and Glege, F and Gouskos, L and Guilbaud, M and Gulhan, D and Haranko, M and Hegeman, J and Iiyama, Y and Innocente, V and James, T and Janot, P and Kaspar, J and Kieseler, J and Komm, M and Kratochwil, N and Lange, C and Lecoq, P and Long, K and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Niedziela, J and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Rabady, D and Racz, A and Rieger, M and Rovere, M and Sakulin, H and Salfeld-Nebgen, J and Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Steggemann, J and Summers, S and Tavolaro, VR and Treille, D and Tsirou, A and Van Onsem, GP and Vartak, A and Verzetti, M and Wozniak, KA and Zeuner, WD and Caminada, L and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Backhaus, M and Berger, P and Calandri, A and Chernyavskaya, N and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gadek, T and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Meinhard, MT and Micheli, F and Nessi-Tedaldi, F and Pauss, F and Perovic, V and Perrin, G and Perrozzi, L and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Stampf, V and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Amsler, C and Botta, C and Brzhechko, D and Canelli, MF and Del Burgo, R and Heikkilä, JK and Huwiler, M and Jofrehei, A and Kilminster, B and Leontsinis, S and Macchiolo, A and Meiring, P and Mikuni, VM and Molinatti, U and Neutelings, I and Rauco, G and Reimers, A and Robmann, P and Schweiger, K and Takahashi, Y and Wertz, S and Adloff, C and Kuo, CM and Lin, W and Roy, A and Sarkar, T and Yu, SS and Ceard, L and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, YY and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Yazgan, E and Asavapibhop, B and Asawatangtrakuldee, C and Srimanobhas, N and Boran, F and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Eskut, E and Gokbulut, G and Guler, Y and Gurpinar Guler, E and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Polatoz, A and Simsek, AE and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Ocalan, K and Yalvac, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Aydogmus Sen, F and Cerci, S and Kaynak, B and Ozkorucuklu, S and Sunar Cerci, D and Grynyov, B and Levchuk, L and Bhal, E and Bologna, S and Brooke, JJ and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Krikler, B and Paramesvaran, S and Sakuma, T and Seif El Nasr-Storey, S and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cockerill, DJA and Ellis, KV and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Bainbridge, R and Bloch, P and Bonomally, S and Borg, J and Breeze, S and Buchmuller, O and 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H and Yang, UK and Yoon, I and Jang, W and Kang, DY and Kang, Y and Kim, S and Ko, B and Lee, JSH and Lee, Y and Park, IC and Roh, Y and Ryu, MS and Song, D and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Carvalho Antunes De Oliveira, A and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Bin Norjoharuddeen, N and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and León Coello, M and Murillo Quijada, JA and Sehrawat, A and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sánchez Hernández, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J and Raicevic, N and Krofcheck, D and Butler, 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and Rath, Y and Reithler, H and Roemer, J and Schmidt, A and Schuler, SC and Sharma, A and Vigilante, L and Wiedenbeck, S and Zaleski, S and Dziwok, C and Flügge, G and Haj Ahmad, W and Hlushchenko, O and Kress, T and Nowack, A and Pistone, C and Pooth, O and Roy, D and Sert, H and Stahl, A and Ziemons, T and Zotz, A and Aarup Petersen, H and Aldaya Martin, M and Asmuss, P and Baxter, S and Bayatmakou, M and Behnke, O and Bermúdez MartÃnez, A and Bhattacharya, S and Bin Anuar, AA and Borras, K and Brunner, D and Campbell, A and Cardini, A and Cheng, C and Colombina, F and Consuegra RodrÃguez, S and Correia Silva, G and Danilov, V and De Silva, M and Didukh, L and Eckerlin, G and Eckstein, D and Estevez Banos, LI and Filatov, O and Gallo, E and Geiser, A and Giraldi, A and Grohsjean, A and Guthoff, M and Jafari, A and Jomhari, NZ and Jung, H and Kasem, A and Kasemann, M and Kaveh, H and Kleinwort, C and Krücker, D and Lange, W and Lidrych, J and Lipka, K and Lohmann, W and Mankel, R and Melzer-Pellmann, I-A and Mendizabal Morentin, M and Metwally, J and Meyer, AB and Meyer, M and Mnich, J and Mussgiller, A and Otarid, Y and Pérez Adán, D and Pitzl, D and Raspereza, A and Ribeiro Lopes, B and Rübenach, J and Saggio, A and Saibel, A and Savitskyi, M and Scham, M and Scheurer, V and Schütze, P and Schwanenberger, C and Shchedrolosiev, M and Sosa Ricardo, RE and Stafford, D and Tonon, N and Van De Klundert, M and Walsh, R and Walter, D and Wen, Y and Wichmann, K and Wiens, L and Wissing, C and Wuchterl, S and Aggleton, R and Albrecht, S and Bein, S and Benato, L and Connor, P and De Leo, K and Eich, M and Feindt, F and Fröhlich, A and Garbers, C and Garutti, E and Gunnellini, P and Hajheidari, M and Haller, J and Hinzmann, A and Kasieczka, G and Klanner, R and Kogler, R and Kramer, T and Kutzner, V and Lange, J and Lange, T and Lobanov, A and Malara, A and Nigamova, A and Pena Rodriguez, KJ and Rieger, O and Schleper, P and Schröder, M and Schwandt, J and Sonneveld, J and Stadie, H and Steinbrück, G and Tews, A and Zoi, I and Bechtel, J and Brommer, S and Butz, E and Caspart, R and Chwalek, T and De Boer, W and Dierlamm, A and Droll, A and El Morabit, K and Faltermann, N and Giffels, M and Gosewisch, JO and Gottmann, A and Hartmann, F and Heidecker, C and Husemann, U and Keicher, P and Koppenhöfer, R and Maier, S and Metzler, M and Mitra, S and Müller, T and Neukum, M and Nürnberg, A and Quast, G and Rabbertz, K and Rauser, J and Savoiu, D and Schnepf, M and Seith, D and Shvetsov, I and Simonis, HJ and Ulrich, R and Van Der Linden, J and Von Cube, RF and Wassmer, M and Weber, M and Wieland, S and Wolf, R and Wozniewski, S and Wunsch, S and Anagnostou, G and Daskalakis, G and Geralis, T and Kyriakis, A and Loukas, D and Stakia, A and Diamantopoulou, M and Karasavvas, D and Karathanasis, G and Kontaxakis, P and Koraka, CK and Manousakis-Katsikakis, A and Panagiotou, A and Papavergou, I and Saoulidou, N and Theofilatos, K and Tziaferi, E and Vellidis, K 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Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and D'Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Seidita, R and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Boldrini, G and Brivio, F and Cetorelli, F and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Lucchini, MT and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Moroni, L and Paganoni, M and Pedrini, D and Pinolini, BS and Ragazzi, S and Redaelli, N and Tabarelli De Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Carnevali, F and Cavallo, N and De Iorio, A and Fabozzi, F and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Azzi, P and Bacchetta, N and Bisello, D and Bortignon, P and Bragagnolo, A and Carlin, R and Checchia, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Grosso, G and Hoh, SY and Layer, L and Lusiani, E and Margoni, M and Meneguzzo, AT and Pazzini, J and Ronchese, P and Rossin, R and Simonetto, F and Strong, G and Tosi, M and Yarar, H and Zanetti, M and Zotto, P and Zucchetta, A and Zumerle, G and Aime', C and Braghieri, A and Calzaferri, S and Fiorina, D and Montagna, P and Ratti, SP and Re, V and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Asenov, P and Bilei, GM and Ciangottini, D and Fanó, L and Lariccia, P and Magherini, M and Mantovani, G and Mariani, V and Menichelli, M and Moscatelli, F and Piccinelli, A and Presilla, M and Rossi, A and Santocchia, A and Spiga, D and Tedeschi, T and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Bossini, E and Castaldi, R and Ciocci, MA and D'Amante, V and Dell'Orso, R and Di Domenico, MR and Donato, S and Giassi, A and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Parolia, S and Ramirez-Sanchez, G and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Shafiei, N and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Barria, P and Campana, M and Cavallari, F and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Berenguer Antequera, J and Biino, C and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Ruspa, M and Shchelina, K and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Tornago, M and Trocino, D and Vagnerini, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Sorrentino, G and Vazzoler, F and Dogra, S and Huh, C and Kim, B and Kim, DH and Kim, GN and Kim, J and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Radburn-Smith, BC and Sekmen, S and Yang, YC and Kim, H and Moon, DH and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Yoo, J and Goh, J and Gurtu, A and Kim, HS and Kim, Y and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, S and Oh, BH and Oh, M and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jang, W and Kang, DY and Kang, Y and Kim, S and Ko, B and Lee, JSH and Lee, Y and Park, IC and Roh, Y and Ryu, MS and Song, D and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Carvalho Antunes De Oliveira, A and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Bin Norjoharuddeen, N and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and León Coello, M and Murillo Quijada, JA and Sehrawat, A and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sánchez Hernández, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J and Raicevic, N and Krofcheck, D and Butler, PH and Ahmad, A and Asghar, MI and Awais, A and Awan, MIM and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Araujo, M and Bargassa, P and Bastos, D and Boletti, A and Faccioli, P and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Pisano, M and Seixas, J and Toldaiev, O and Varela, J and Afanasiev, S and Budkouski, D and Golutvin, I and Gorbunov, I and Karjavine, V and Korenkov, V and Lanev, A and Malakhov, A and Matveev, V and Palichik, V and Perelygin, V and Savina, M and Seitova, D and Shalaev, V and Shmatov, S and Shulha, S and Smirnov, V and Teryaev, O and Voytishin, N and Yuldashev, BS and Zarubin, A and Zhizhin, I and Gavrilov, G and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Volkov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirpichnikov, D and Kirsanov, M and Krasnikov, N and Pashenkov, A and Pivovarov, G and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bychkova, O and Chistov, R and Danilov, M and Oskin, A and Parygin, P and Polikarpov, S and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Klyukhin, V and Korneeva, N and Lokhtin, I and Obraztsov, S and Perfilov, M and Savrin, V and Volkov, P and Blinov, V and Dimova, T and Kardapoltsev, L and Kozyrev, A and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Elumakhov, D and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Okhotnikov, V and Borshch, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Perez Dengra, C and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Urda Gómez, L and Willmott, C and De Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and Ramón Ã�lvarez, C 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Roeck, A and Defranchis, MM and Deile, M and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Emriskova, N and Fallavollita, F and Fasanella, D and Florent, A and Franzoni, G and Funk, W and Giani, S and Gigi, D and Gill, K and Glege, F and Gouskos, L and Haranko, M and Hegeman, J and Innocente, V and James, T and Janot, P and Kaspar, J and Kieseler, J and Komm, M and Kratochwil, N and Lange, C and Laurila, S and Lecoq, P and Lintuluoto, A and Long, K and Lourenço, C and Maier, B and Malgeri, L and Mallios, S and Mannelli, M and Marini, AC and Meijers, F and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Piparo, D and Pitt, M and Qu, H and Quast, T and Rabady, D and Racz, A and Reales Gutiérrez, G and Rieger, M and Rovere, M and Sakulin, H and Salfeld-Nebgen, J and Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Summers, S and Tatar, K and Tavolaro, VR and Treille, D and Tropea, P and Tsirou, A and Van Onsem, GP and Wanczyk, J and Wozniak, KA and Zeuner, WD and Caminada, L and Ebrahimi, A and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Missiroli, M and Noehte, L and Rohe, T and Androsov, K and Backhaus, M and Berger, P and Calandri, A and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Eble, F and Gedia, K and Glessgen, F and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Marchese, L and Martin Perez, C and Meinhard, MT and Nessi-Tedaldi, F and Niedziela, J and Pauss, F and Perovic, V and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Stampf, V and Steggemann, J and Wallny, R and Zhu, DH and Amsler, C and 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Song, D and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Carvalho Antunes De Oliveira, A and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Bin Norjoharuddeen, N and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and León Coello, M and Murillo Quijada, JA and Sehrawat, A and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sánchez Hernández, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J and Raicevic, N and Krofcheck, D and Butler, PH and Ahmad, A and Asghar, MI and Awais, A and Awan, MIM and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M 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and Kirpichnikov, D and Kirsanov, M and Krasnikov, N and Pashenkov, A and Pivovarov, G and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bychkova, O and Chadeeva, M and Oskin, A and Parygin, P and Polikarpov, S and Popova, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Perfilov, M and Petrushanko, S and Savrin, V and Blinov, V and Dimova, T and Kardapoltsev, L and Kozyrev, A and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Elumakhov, D and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Okhotnikov, V and Borshch, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Perez Dengra, C and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Urda Gómez, L and Willmott, C and de Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and Ramón Ã�lvarez, C and RodrÃguez Bouza, V and Soto RodrÃguez, A and Trapote, A and Trevisani, N and Vico Villalba, C and Brochero Cifuentes, JA 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and Jofrehei, A and Kilminster, B and Leontsinis, S and Liechti, SP and Macchiolo, A and Meiring, P and Mikuni, VM and Molinatti, U and Neutelings, I and Reimers, A and Robmann, P and Sanchez Cruz, S and Schweiger, K and Takahashi, Y and Adloff, C and Kuo, CM and Lin, W and Roy, A and Sarkar, T and Yu, SS and Ceard, L and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, YY and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Wu, HY and Yazgan, E and Yu, PR and Asavapibhop, B and Asawatangtrakuldee, C and Srimanobhas, N and Boran, F and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dumanoglu, I and Eskut, E and Guler, Y and Gurpinar Guler, E and Isik, C and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Polatoz, A and Simsek, AE and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Ocalan, K and Yalvac, M and Akgun, B and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Cerci, S and Hos, I and Kaynak, B and Ozkorucuklu, S and Sunar Cerci, D and Grynyov, B and Levchuk, L and Anthony, D and Bhal, E and Bologna, S and Brooke, JJ and Bundock, A and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Krikler, B and Paramesvaran, S and Seif El Nasr-Storey, S and Smith, VJ and Stylianou, N and Walkingshaw Pass, K and White, R and Bell, KW and Brew, C and Brown, RM and Cockerill, DJA and Cooke, C and Ellis, KV and Harder, K and Harper, S and Holmberg, M-L and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Tomalin, IR and Williams, T and Bainbridge, R and Bloch, P and Bonomally, S and Borg, J and Breeze, S and Buchmuller, O and Cepaitis, V and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and 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Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Seidita, R and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Boldrini, G and Brivio, F and Cetorelli, F and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Lucchini, MT and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Moroni, L and Paganoni, M and Pedrini, D and Pinolini, BS and Ragazzi, S and Redaelli, N and Tabarelli de Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Carnevali, F and Cavallo, N and De Iorio, A and Fabozzi, F and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Azzi, P and Bacchetta, N and Bisello, D and Bortignon, P and Bragagnolo, A and Carlin, R and Checchia, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Grosso, G and Hoh, SY and Layer, L and Lusiani, E and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Strong, G and Tosi, M and Yarar, H and Zanetti, M and Zotto, P and Zucchetta, A and Zumerle, G and Aimeâ��, C and Braghieri, A and Calzaferri, S and Fiorina, D and Montagna, P and Ratti, SP and Re, V and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Asenov, P and Bilei, GM and Ciangottini, D and Fanò, L and Lariccia, P and Magherini, M and Mantovani, G and Mariani, V and Menichelli, M and Moscatelli, F and Piccinelli, A and Rossi, A and Santocchia, A and Spiga, D and Tedeschi, T and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Bossini, E and Castaldi, R and Ciocci, MA and Dâ��Amante, V and Dellâ��Orso, R and Di Domenico, MR and Donato, S and Giassi, A and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Parolia, S and Ramirez-Sanchez, G and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Shafiei, N and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Barria, P and Campana, M and Cavallari, F and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Berenguer Antequera, J and Biino, C and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Ruspa, M and Shchelina, K and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Tornago, M and Trocino, D and Vagnerini, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Sorrentino, G and Vazzoler, F and Dogra, S and Huh, C and Kim, B and Kim, DH and Kim, GN and Kim, J and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Radburn-Smith, BC and Sekmen, S and Yang, YC and Kim, H and Moon, DH and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Yoo, J and Goh, J and Gurtu, A and Kim, HS and Kim, Y and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, S and Oh, BH and Oh, M and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jang, W and Kang, DY and Kang, Y and Kim, S and Ko, B and Lee, JSH and Lee, Y and Park, IC and Roh, Y and Ryu, MS and Song, D and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Carvalho Antunes De Oliveira, A and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Bin Norjoharuddeen, N and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and León Coello, M and Murillo Quijada, JA and Sehrawat, A and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J and Raicevic, N and Krofcheck, D and Butler, PH and 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Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Volkov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirpichnikov, D and Kirsanov, M and Krasnikov, N and Pashenkov, A and Pivovarov, G and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chadeeva, M and Oskin, A and Parygin, P and Popova, E and Selivanova, D and Zhemchugov, E and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Blinov, V and Dimova, T and Kardapoltsev, L and Kozyrev, A and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Elumakhov, D and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Okhotnikov, V and Borshch, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Perez Dengra, C and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Urda Gómez, L and Willmott, C and de Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and Ramón Ã�lvarez, C and RodrÃguez Bouza, V and Soto RodrÃguez, A and Trapote, A and Trevisani, N and Vico Villalba, C and Brochero Cifuentes, JA and Cabrillo, IJ and Calderon, A and Duarte Campderros, J and Fernandez, M and Fernandez Madrazo, C and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Matorras-Cuevas, P and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Vila, I and Vizan Garcia, JM and Jayananda, MK and Kailasapathy, B and Sonnadara, DUJ and Wickramarathna, DDC and Dharmaratna, WGD and Liyanage, K and Perera, N and Wickramage, N and Aarrestad, TK and Abbaneo, D and Alimena, J and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Camporesi, T and Capeans Garrido, M and Cerminara, G and Chhibra, SS and Cipriani, M and Cristella, L and dâ��Enterria, 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Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Summers, S and Tatar, K and Tavolaro, VR and Treille, D and Tropea, P and Tsirou, A and Van Onsem, GP and Wanczyk, J and Wozniak, KA and Zeuner, WD and Caminada, L and Ebrahimi, A and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Missiroli, M and Noehte, L and Rohe, T and Androsov, K and Backhaus, M and Berger, P and Calandri, A and Chernyavskaya, N and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Eble, F and Gedia, K and Glessgen, F and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Marchese, L and Martin Perez, C and Meinhard, MT and Nessi-Tedaldi, F and Niedziela, J and Pauss, F and Perovic, V and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Stampf, V and Steggemann, J and Wallny, R and Zhu, DH and Amsler, C and Bärtschi, P and Botta, C and Brzhechko, D and Canelli, MF and Cormier, K and De Wit, A and Del Burgo, R and Heikkilä, JK and Huwiler, M and Jin, W and Jofrehei, A and Kilminster, B and Leontsinis, S and Liechti, SP and Macchiolo, A and Meiring, P and Mikuni, VM and Molinatti, U and Neutelings, I and Reimers, A and Robmann, P and Sanchez Cruz, S and Schweiger, K and Takahashi, Y and Adloff, C and Kuo, CM and Lin, W and Roy, A and Sarkar, T and Yu, SS and Ceard, L and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, Y and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Wu, H and Yazgan, E and Yu, P and Asavapibhop, B and Asawatangtrakuldee, C and Srimanobhas, N and Boran, F and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dumanoglu, I and Eskut, E and Guler, Y and Gurpinar Guler, E and Hos, I and Isik, C and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Polatoz, A and Simsek, AE and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Ocalan, K and Yalvac, M and Akgun, B and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Cerci, S and Kaynak, B and Ozkorucuklu, S and Sunar Cerci, D and Grynyov, B and Levchuk, L and Anthony, D and Bhal, E and Bologna, S and Brooke, JJ and Bundock, A and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Krikler, B and Paramesvaran, S and Seif El Nasr-Storey, S and Smith, VJ and Stylianou, N and Walkingshaw Pass, K and White, R and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cockerill, DJA and Cooke, C and Ellis, KV and Harder, K and Harper, S and Holmberg, M and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Tomalin, IR and Williams, T and Bainbridge, R and Bloch, P and Bonomally, S and Borg, J and Breeze, S and Buchmuller, O and Cepaitis, V and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Dow, A and Fayer, S and Fedi, G and Hall, G and Hassanshahi, MH and Iles, G and Langford, J and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Monk, DG and Nash, J and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Tapper, A and Uchida, K and Virdee, T and Vojinovic, M and Wardle, N and Webb, SN and Winterbottom, D and Coldham, K and Cole, JE and Khan, A and Kyberd, P and Reid, ID and Teodorescu, L and Zahid, S and Abdullin, S and Brinkerhoff, A and Caraway, B and Dittmann, J and Hatakeyama, K and Kanuganti, AR and McMaster, B and Pastika, N and Saunders, M and Sawant, S and Sutantawibul, C and Wilson, J and Bartek, R and Dominguez, A and Uniyal, R and Vargas Hernandez, AM and Buccilli, A and Cooper, SI and Di 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Lunerti, L and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Seidita, R and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Brivio, F and Cetorelli, F and Ciriolo, V and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Redaelli, N and Tabarelli de Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Carnevali, F and Cavallo, N and De Iorio, A and Fabozzi, F and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Azzi, P and Bacchetta, N and Bisello, D and Bortignon, P and Bragagnolo, A and Carlin, R and Checchia, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, UTiwari and Hoh, SY and Layer, L and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Strong, G and Tosi, M and Yarar, H and Zanetti, M and Zotto, P and Zucchetta, A and Zumerle, G and Aimeâ��, C and Braghieri, A and Calzaferri, S and Fiorina, D and Montagna, P and Ratti, SP and Re, V and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Asenov, P and Bilei, GM and Ciangottini, D and Fanò, L and Lariccia, P and Magherini, M and Mantovani, G and Mariani, V and Menichelli, M and Moscatelli, F and Piccinelli, A and Rossi, A and Santocchia, A and Spiga, D and Tedeschi, T and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Bossini, E and Castaldi, R and Ciocci, MA and Dâ��Amante, V and Dellâ��Orso, R and Di Domenico, MR and Donato, S and Giassi, A and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Parolia, S and Ramirez-Sanchez, G and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Shafiei, N and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Campana, M and Cavallari, F and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Berenguer Antequera, J and Biino, C and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Ruspa, M and Shchelina, K and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Tornago, M and Trocino, D and Vagnerini, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Sorrentino, G and Vazzoler, F and Dogra, S and Huh, C and Kim, B and Kim, DH and Kim, GN and Kim, J and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Radburn-Smith, BC and Sekmen, S and Yang, YC and Kim, H and Moon, DH and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Yoo, J and Goh, J and Gurtu, A and Kim, HS and Kim, Y and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, S and Oh, BH and Oh, M and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jang, W and Jeon, D and Kang, DY and Kang, Y and Kim, JH and Kim, S and Ko, B and Lee, JSH and Lee, Y and Park, IC and Roh, Y and Ryu, MS and Song, D and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Jeong, Y and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Carvalho Antunes De Oliveira, A and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Bin Norjoharuddeen, N and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and León Coello, M and Murillo Quijada, JA and Sehrawat, A and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sánchez Hernández, A and Carrillo Moreno, S and Oropeza Barrera, C and RamÃrez GarcÃa, M and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Asghar, MI and Awais, A and Awan, MIM and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Boletti, A and Faccioli, P and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Pisano, M and Seixas, J and Toldaiev, O and Varela, J and Afanasiev, S and Budkouski, D and Golutvin, I and Gorbunov, I and Karjavine, V and Korenkov, V and Lanev, A and Malakhov, A and Matveev, V and Palichik, V and Perelygin, V and Savina, M and Seitova, D and Shalaev, V and Shmatov, S and Shulha, S and Smirnov, V and Teryaev, O and Voytishin, N and Yuldashev, BS and Zarubin, A and Zhizhin, I and Gavrilov, G and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Volkov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirpichnikov, D and Kirsanov, M and Krasnikov, N and Pashenkov, A and Pivovarov, G and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chistov, R and Danilov, M and Oskin, A and Parygin, P and Polikarpov, S and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Bunichev, V and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Perfilov, M and Savrin, V and Blinov, V and Dimova, T and Kardapoltsev, L and Kozyrev, A and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Elumakhov, D and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Okhotnikov, V and Borshch, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Urda Gómez, L and Willmott, C and de Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and Ramón Ã�lvarez, C and Ripoll Sau, J and RodrÃguez Bouza, V and Trapote, A and Trevisani, N and Brochero Cifuentes, JA and Cabrillo, IJ and Calderon, A and Duarte Campderros, J and Fernandez, M and Fernandez Madrazo, C and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Matorras Cuevas, P and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Vila, I and Vizan Garcia, JM and Jayananda, MK and Kailasapathy, B and Sonnadara, DUJ and Wickramarathna, DDC and Dharmaratna, WGD and Liyanage, K and Perera, N and Wickramage, N and Aarrestad, TK and Abbaneo, D and Alimena, J and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Camporesi, T and Capeans Garrido, M and Cerminara, G and Chhibra, SS and Cipriani, M and Cristella, L and dâ��Enterria, D and Dabrowski, A and Daci, N and David, A and De Roeck, A and Defranchis, MM and Deile, M and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Emriskova, N and Fallavollita, F and Fasanella, D and Fiorendi, S and Florent, A and Franzoni, G and Funk, W and Giani, S and Gigi, D and Gill, K and Glege, F and Gouskos, L and Haranko, M and Hegeman, J and Iiyama, Y and Innocente, V and James, T and Janot, P and Kaspar, J and Kieseler, J and Komm, M and Kratochwil, N and Lange, C and Laurila, S and Lecoq, P and Long, K and Lourenço, C and Malgeri, L and Mallios, S and Mannelli, M and Marini, AC and Meijers, F and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Piparo, D and Pitt, M and Qu, H and Quast, T and Rabady, D and Racz, A and Reales Gutiérrez, G and Rieger, M and Rovere, M and Sakulin, H and Salfeld-Nebgen, J and Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Summers, S and Tavolaro, VR and Treille, D and Tsirou, A and Van Onsem, GP and Verzetti, M and Wanczyk, J and Wozniak, KA and Zeuner, WD and Caminada, L and Ebrahimi, A and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Missiroli, M and Rohe, T and Androsov, K and Backhaus, M and Berger, P and Calandri, A and Chernyavskaya, N and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Eble, F and Gedia, K and Glessgen, F and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Martin Perez, C and Meinhard, MT and Nessi-Tedaldi, F and Niedziela, J and Pauss, F and Perovic, V and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Stampf, V and Steggemann, J and Wallny, R and Zhu, DH and Amsler, C and Bärtschi, P and Botta, C and Brzhechko, D and Canelli, MF and Cormier, K and De Wit, A and Del Burgo, R and Heikkilä, JK and Huwiler, M and Jofrehei, A and Kilminster, B and Leontsinis, S and Macchiolo, A and Meiring, P and Mikuni, VM and Molinatti, U and Neutelings, I and Reimers, A and Robmann, P and Sanchez Cruz, S and Schweiger, K and Takahashi, Y and Adloff, C and Kuo, CM and Lin, W and Roy, A and Sarkar, T and Yu, SS and Ceard, L and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, Y and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Wu, H and Yazgan, E and Yu, P and Asavapibhop, B and Asawatangtrakuldee, C and Srimanobhas, N and Boran, F and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dumanoglu, I and Eskut, E and Guler, Y and Gurpinar Guler, E and Hos, I and Isik, C and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Polatoz, A and Simsek, AE and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Ocalan, K and Yalvac, M and Akgun, B and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Cerci, S and Kaynak, B and Ozkorucuklu, S and Sunar Cerci, D and Grynyov, B and Levchuk, L and Anthony, D and Bhal, E and Bologna, S and Brooke, JJ and Bundock, A and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Holmberg, M-L and Kreczko, L and Krikler, B and Paramesvaran, S and Seif El Nasr-Storey, S and Smith, VJ and Stylianou, N and Walkingshaw Pass, K and White, R and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cockerill, DJA and Cooke, C and Ellis, KV and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Tomalin, IR and Williams, T and Bainbridge, R and Bloch, P and Bonomally, S and Borg, J and Breeze, S and Buchmuller, O and Cepaitis, V and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Fayer, S and Fedi, G and Hall, G and Hassanshahi, MH and Iles, G and Langford, J and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Monk, DG and Nash, J and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Tapper, A and Uchida, K and Virdee, T and Vojinovic, M and Wardle, N and Webb, SN and Winterbottom, D and Zecchinelli, AG and Coldham, K and Cole, JE and Khan, A and Kyberd, P and Reid, ID and Teodorescu, L and Zahid, S and Abdullin, S and Brinkerhoff, A and Caraway, B and Dittmann, J and Hatakeyama, K and Kanuganti, AR and McMaster, B and Pastika, N and Saunders, M and Sawant, S and Sutantawibul, C and Wilson, J and Bartek, R and Dominguez, A and Uniyal, R and Vargas Hernandez, AM and Buccilli, A and Cooper, SI and Di Croce, D and Gleyzer, SV and Henderson, C and Perez, CU and Rumerio, P and West, C and Akpinar, A and Albert, A and Arcaro, D and Cosby, C and Demiragli, Z and Fontanesi, E and Gastler, D and Rohlf, J and Salyer, K and Sperka, D and Spitzbart, D and Suarez, I and Tsatsos, A and Yuan, S and Zou, D and Benelli, G and Burkle, B and Coubez, X and Cutts, D and Hadley, M and Heintz, U and Hogan, JM and Landsberg, G and Lau, KT and Lukasik, M and Luo, J and Narain, M and Sagir, S and Usai, E and Wong, WY and Yan, X and Yu, D and Zhang, W and Bonilla, J and Brainerd, C and Breedon, R and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Cox, PT and Erbacher, R and Haza, G and Jensen, F and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Regnery, B and Taylor, D and Yao, Y and Zhang, F and Bachtis, M and Cousins, R and Datta, A and Hamilton, D and Hauser, J and Ignatenko, M and Iqbal, MA and Lam, T and Nash, WA and Regnard, S and Saltzberg, D and Stone, B and Valuev, V and Burt, K and Chen, Y and Clare, R and Gary, JW and Gordon, M and Hanson, G and Karapostoli, G and Long, OR and Manganelli, N and Olmedo Negrete, M and Si, W and Wimpenny, S and Zhang, Y and Branson, JG and Chang, P and Cittolin, S and Cooperstein, S and Deelen, N and Diaz, D and Duarte, J and Gerosa, R and Giannini, L and Gilbert, D and Guiang, J and Kansal, R and Krutelyov, V and Lee, R and Letts, J and Masciovecchio, M and May, S and Pieri, M and Sathia Narayanan, BV and Sharma, V and Tadel, M and Vartak, A and Würthwein, F and Xiang, Y and Yagil, A and Amin, N and Campagnari, C and Citron, M and Dorsett, A and Dutta, V and Incandela, J and Kilpatrick, M and Kim, J and Marsh, B and Mei, H and Oshiro, M and Quinnan, M and Richman, J and Sarica, U and Sheplock, J and Stuart, D and Wang, S and Bornheim, A and Cerri, O and Dutta, I and Lawhorn, JM and Lu, N and Mao, J and Newman, HB and Ngadiuba, J and Nguyen, TQ and Spiropulu, M and Vlimant, JR and Wang, C and Xie, S and Zhang, Z and Zhu, RY and Alison, J and An, S and Andrews, MB and Bryant, P and Ferguson, T and Harilal, A and Liu, C and Mudholkar, T and Paulini, M and Sanchez, A and Cumalat, JP and Ford, WT and Hassani, A and MacDonald, E and Patel, R and Perloff, A and Savard, C and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Bright-Thonney, S and Cheng, Y and Cranshaw, DJ and Hogan, S and Monroy, J and Patterson, JR and Quach, D and Reichert, J and Reid, M and Ryd, A and Sun, W and Thom, J and Wittich, P and Zou, R and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Berry, D and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Di Petrillo, KF and Elvira, VD and Feng, Y and Freeman, J and Gecse, Z and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Harris, RM and Heller, R and Herwig, TC and Hirschauer, J and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and 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S and Lunerti, L and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Seidita, R and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Brivio, F and Cetorelli, F and Ciriolo, V and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Redaelli, N and Tabarelli de Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Carnevali, F and Cavallo, N and De Iorio, A 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E and Castaldi, R and Ciocci, MA and Dâ��Amante, V and Dellâ��Orso, R and Di Domenico, MR and Donato, S and Giassi, A and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Parolia, S and Ramirez-Sanchez, G and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Shafiei, N and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Campana, M and Cavallari, F and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Berenguer Antequera, J and Biino, C and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Ruspa, M and Shchelina, K and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Tornago, M and Trocino, D and Vagnerini, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Sorrentino, G and Vazzoler, F and Dogra, S and Huh, C and Kim, B and Kim, DH and Kim, GN and Kim, J and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Radburn-Smith, BC and Sekmen, S and Yang, YC and Kim, H and Moon, DH and Francois, B and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Yoo, J and Goh, J and Gurtu, A and Kim, HS and Kim, Y and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, S and Oh, BH and Oh, M and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jang, W and Kang, DY and Kang, Y and Kim, S and Ko, B and Lee, JSH and Lee, Y and Park, IC and Roh, Y and Ryu, MS and Song, D and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Jeong, Y and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Carvalho Antunes De Oliveira, A and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Bin Norjoharuddeen, N and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and León Coello, M and Murillo Quijada, JA and Sehrawat, A and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Asghar, MI and Awais, A and Awan, MIM and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Górski, M and Kazana, M and Szleper, M and Zalewski, P and Bunkowski, K and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Boletti, A and Faccioli, P and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Pisano, M and Seixas, J and Toldaiev, O and Varela, J and Afanasiev, S and Budkouski, D and Golutvin, I and Gorbunov, I and Karjavine, V and Korenkov, V and Lanev, A and Malakhov, A and Matveev, V and Palichik, V and Perelygin, V and Savina, M and Seitova, D and Shalaev, V and Shmatov, S and Shulha, S and Smirnov, V and Teryaev, O and Voytishin, N and Yuldashev, BS and Zarubin, A and Zhizhin, I and Gavrilov, G and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Volkov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirpichnikov, D and Kirsanov, M and Krasnikov, N and Pashenkov, A and Pivovarov, G and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Nikitenko, A and Popov, V and Spiridonov, A and Stepennov, A and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Bychkova, O and Chadeeva, M and Parygin, P and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Blinov, V and Dimova, T and Kardapoltsev, L and Kozyrev, A and Ovtin, I and Skovpen, Y and Azhgirey, I and Bayshev, I and Elumakhov, D and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Okhotnikov, V and Borshch, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Perez Dengra, C and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Urda Gómez, L and Willmott, C and de Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and Ramón Ã�lvarez, C and RodrÃguez Bouza, V and Trapote, A and Trevisani, N and Brochero Cifuentes, JA and Cabrillo, IJ and Calderon, A and Duarte Campderros, J and Fernandez, M and Fernandez Madrazo, C and Fernández Manteca, PJ and GarcÃa Alonso, A and Gomez, G and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Matorras Cuevas, P and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Vila, I and Vizan Garcia, JM and Jayananda, M and Kailasapathy, B and Sonnadara, DUJ and Wickramarathna, D and Dharmaratna, WGD and Liyanage, K and Perera, N and Wickramage, N and Aarrestad, TK and Abbaneo, D and Alimena, J and Auffray, E and Auzinger, G and Baechler, J and Baillon, P and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Camporesi, T and Capeans Garrido, M and Cerminara, G and Chhibra, SS and Cipriani, M and Cristella, L and dâ��Enterria, D and Dabrowski, A and David, A and De Roeck, A and Defranchis, MM and Deile, M and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Emriskova, N and Fallavollita, F and Fasanella, D and Florent, A and Franzoni, G and Funk, W and Giani, S and Gigi, D and Gill, K and Glege, F and Gouskos, L and Haranko, M and Hegeman, J and Iiyama, Y and Innocente, V and James, T and Janot, P and Kaspar, J and Kieseler, J and Komm, M and Kratochwil, N and Lange, C and Laurila, S and Lecoq, P and Long, K and Lourenço, C and Malgeri, L and Mallios, S and Mannelli, M and Marini, AC and Meijers, F and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Piparo, D and Pitt, M and Qu, H and Quast, T and Rabady, D and Racz, A and Reales Gutiérrez, G and Rieger, M and Rovere, M and Sakulin, H and Salfeld-Nebgen, J and Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Summers, S and Tatar, K and Tavolaro, VR and Treille, D and Tsirou, A and Van Onsem, GP and Wanczyk, J and Wozniak, KA and Zeuner, WD and Caminada, L and Ebrahimi, A and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Missiroli, M and Rohe, T and Androsov, K and Backhaus, M and Berger, P and Calandri, A and Chernyavskaya, N and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Eble, F and Gedia, K and Glessgen, F and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Martin Perez, C and Meinhard, MT and Nessi-Tedaldi, F and Niedziela, J and Pauss, F and Perovic, V and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Stampf, V and Steggemann, J and Wallny, R and Zhu, DH and Amsler, C and Bärtschi, P and Botta, C and Brzhechko, D and Canelli, MF and Cormier, K and De Wit, A and Del Burgo, R and Heikkilä, JK and Huwiler, M and Jin, W and Jofrehei, A and Kilminster, B and Leontsinis, S and Liechti, SP and Macchiolo, A and Meiring, P and Mikuni, VM and Molinatti, U and Neutelings, I and Reimers, A and Robmann, P and Sanchez Cruz, S and Schweiger, K and Takahashi, Y and Adloff, C and Kuo, CM and Lin, W and Roy, A and Sarkar, T and Yu, SS and Ceard, L and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Li, Y and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Wu, H and Yazgan, E and Yu, P and Asavapibhop, B and Asawatangtrakuldee, C and Srimanobhas, N and Boran, F and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dumanoglu, I and Eskut, E and Guler, Y and Gurpinar Guler, E and Hos, I and Isik, C and Kara, O and Kayis Topaksu, A and Kiminsu, U and Onengut, G and Ozdemir, K and Polatoz, A and Simsek, AE and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Ocalan, K and Yalvac, M and Akgun, B and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ã�zçelik, Ã� and Tekten, S and Yetkin, EA and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Cerci, S and Kaynak, B and Ozkorucuklu, S and Sunar Cerci, D and Grynyov, B and Levchuk, L and Anthony, D and Bhal, E and Bologna, S and Brooke, JJ and Bundock, A and Clement, E and Cussans, D and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Holmberg, M and Kreczko, L and Krikler, B and Paramesvaran, S and Seif El Nasr-Storey, S and Smith, VJ and Stylianou, N and Walkingshaw Pass, K and White, R and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cockerill, DJA and Cooke, C and Ellis, KV and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Newbold, DM and Olaiya, E and Petyt, D and Reis, T and Schuh, T and Shepherd-Themistocleous, CH and Tomalin, IR and Williams, T and Bainbridge, R and Bloch, P and Bonomally, S and Borg, J and Breeze, S and Buchmuller, O and Cepaitis, V and Chahal, GS and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Fayer, S and Fedi, G and Hall, G and Hassanshahi, MH and Iles, G and Langford, J and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Monk, DG and Nash, J and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Tapper, A and Uchida, K and Virdee, T and Vojinovic, M and Wardle, N and Webb, SN and Winterbottom, D and Zecchinelli, AG and Coldham, K and Cole, JE and Khan, A and Kyberd, P and Reid, ID and Teodorescu, L and Zahid, S and Abdullin, S and Brinkerhoff, A and Caraway, B and Dittmann, J and Hatakeyama, K and Kanuganti, AR and McMaster, B and Pastika, N and Saunders, M and Sawant, S and Sutantawibul, C and Wilson, J and Bartek, R and Dominguez, A and Uniyal, R and Vargas Hernandez, AM and Buccilli, A and Cooper, SI and Di Croce, D and Gleyzer, SV and Henderson, C and Perez, CU and Rumerio, P and West, C and Akpinar, A and Albert, A and Arcaro, D and Cosby, C and Demiragli, Z and Fontanesi, E and Gastler, D and Rohlf, J and Salyer, K and Sperka, D and Spitzbart, D and Suarez, I and Tsatsos, A and Yuan, S and Zou, D and Benelli, G and Burkle, B and Coubez, X and Cutts, D and Hadley, M and Heintz, U and Hogan, JM and Landsberg, G and Lau, KT and Lukasik, M and Luo, J and Narain, M and Sagir, S and Usai, E and Wong, WY and Yan, X and Yu, D and Zhang, W and Bonilla, J and Brainerd, C and Breedon, R and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Cox, PT and Erbacher, R and Haza, G and Jensen, F and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Regnery, B and Taylor, D and Yao, Y and Zhang, F and Bachtis, M and Cousins, R and Datta, A and Hamilton, D and Hauser, J and Ignatenko, M and Iqbal, MA and Lam, T and Nash, WA and Regnard, S and Saltzberg, D and Stone, B and Valuev, V and Burt, K and Chen, Y and Clare, R and Gary, JW and Gordon, M and Hanson, G and Karapostoli, G and Long, OR and Manganelli, N and Olmedo Negrete, M and Si, W and Wimpenny, S and Zhang, Y and Branson, JG and Chang, P and Cittolin, S and Cooperstein, S and Deelen, N and Diaz, D and Duarte, J and Gerosa, R and Giannini, L and Gilbert, D and Guiang, J and Kansal, R and Krutelyov, V and Lee, R and Letts, J and Masciovecchio, M and May, S and Pieri, M and Sathia Narayanan, BV and Sharma, V and Tadel, M and Vartak, A and Würthwein, F and Xiang, Y and Yagil, A and Amin, N and Campagnari, C and Citron, M and Dorsett, A and Dutta, V and Incandela, J and Kilpatrick, M and Kim, J and Marsh, B and Mei, H and Oshiro, M and Quinnan, M and Richman, J and Sarica, U and Setti, F and Sheplock, J and Stuart, D and Wang, S and Bornheim, A and Cerri, O and Dutta, I and Lawhorn, JM and Lu, N and Mao, J and Newman, HB and Nguyen, TQ and Spiropulu, M and Vlimant, JR and Wang, C and Xie, S and Zhang, Z and Zhu, RY and Alison, J and An, S and Andrews, MB and Bryant, P and Ferguson, T and Harilal, A and Liu, C and Mudholkar, T and Paulini, M and Sanchez, A and Terrill, W and Cumalat, JP and Ford, WT and Hassani, A and MacDonald, E and Patel, R and Perloff, A and Savard, C and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Bright-thonney, S and Cheng, Y and Cranshaw, DJ and Hogan, S and Monroy, J and Patterson, JR and Quach, D and Reichert, J and Reid, M and Ryd, A and Sun, W and Thom, J and Wittich, P and Zou, R and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Berry, D and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Di Petrillo, KF and Elvira, VD and Feng, Y and Freeman, J and Gecse, Z and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Harris, RM and Heller, R and Herwig, TC and Hirschauer, J and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klijnsma, T and Klima, B and Kwok, KHM and Lammel, S and Lincoln, D and Lipton, R and Liu, T and Madrid, C and Maeshima, K and Mantilla, C and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and Ngadiuba, J and Oâ��Dell, V and Papadimitriou, V and Pedro, K and Pena, C and Prokofyev, O and Ravera, F and Reinsvold Hall, A and Ristori, L and Schneider, B and Sexton-Kennedy, E and Smith, N and Soha, A and Spalding, WJ and Spiegel, L and Stoynev, S and Strait, J and Taylor, L and Tkaczyk, S and Tran, NV and Uplegger, L and Vaandering, EW and Weber, HA and Acosta, D and Avery, P and Bourilkov, D and Cadamuro, L and Cherepanov, V and Errico, F and Field, RD and Guerrero, D and Joshi, BM and Kim, M and Koenig, E and Konigsberg, J and Korytov, A and Lo, KH and Matchev, K and Menendez, N and Mitselmakher, G and Muthirakalayil Madhu, A and Rawal, N and Rosenzweig, D and Rosenzweig, S and Shi, K and Sturdy, J and Wang, J and Yigitbasi, E and Zuo, X and Adams, T and Askew, A and Habibullah, R and Hagopian, V and Johnson, KF and Khurana, R and Kolberg, T and Martinez, G and Prosper, H and Schiber, C and Viazlo, O and Yohay, R and Zhang, J and Baarmand, MM and Butalla, S and Elkafrawy, T and Hohlmann, M and Kumar Verma, R and Noonan, D and Rahmani, M and Yumiceva, F and Adams, MR and Becerril Gonzalez, H and Cavanaugh, R and Chen, X and Dittmer, S and Evdokimov, O and Gerber, CE and Hangal, DA and Hofman, DJ and Merrit, AH and Mills, C and Oh, G and Roy, T and Rudrabhatla, S and Tonjes, MB and Varelas, N and Viinikainen, J and Wang, X and Wu, Z and Ye, Z and Alhusseini, M and Dilsiz, K and Gandrajula, RP and Köseyan, OK and Merlo, J-P and Mestvirishvili, A and Nachtman, J and Ogul, H and Onel, Y and Penzo, A and Snyder, C and Tiras, E and Amram, O and Blumenfeld, B and Corcodilos, L and Davis, J and Eminizer, M and Gritsan, AV and Kyriacou, S and Maksimovic, P and Roskes, J and Swartz, M and Vámi, TÃ� and Abreu, A and Anguiano, J and Baldenegro Barrera, C and Baringer, P and Bean, A and Bylinkin, A and Flowers, 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and Yoon, I and Jang, W and Jeon, D and Kang, DY and Kang, Y and Kim, JH and Kim, S and Ko, B and Lee, JSH and Lee, Y and Park, IC and Roh, Y and Ryu, MS and Song, D and Watson, IJ and Yang, S and Ha, S and Yoo, HD and Choi, M and Jeong, Y and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Carvalho Antunes De Oliveira, A and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Bin Norjoharuddeen, N and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and León Coello, M and Murillo Quijada, JA and Sehrawat, A and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Ramirez-Garcia, M and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J 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and Bayshev, I and Elumakhov, D and Kachanov, V and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Okhotnikov, V and Borshch, V and Ivanchenko, V and Tcherniaev, E and Adzic, P and Dordevic, M and Milenovic, P and Milosevic, J and Aguilar-Benitez, M and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Bedoya, CF and Carrillo Montoya, CA and Cepeda, M and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and León Holgado, J and Moran, D and Navarro Tobar, Ã� and Perez Dengra, C and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Urda Gómez, L and Willmott, C and De Trocóniz, JF and Reyes-Almanza, R and Alvarez Gonzalez, B and Cuevas, J and Erice, C 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Rovere, M and Sakulin, H and Salfeld-Nebgen, J and Scarfi, S and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Snoeys, W and Sphicas, P and Summers, S and Tatar, K and Tavolaro, VR and Treille, D and Tsirou, A and Van Onsem, GP and Verzetti, M and Wanczyk, J and Wozniak, KA and Zeuner, WD and Caminada, L and Ebrahimi, A and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Missiroli, M and Rohe, T and Androsov, K and Backhaus, M and Berger, P and Calandri, A and Chernyavskaya, N and De Cosa, A and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Eble, F and Gedia, K and Glessgen, F and Gómez Espinosa, TA and Grab, C and Hits, D and Lustermann, W and Lyon, A-M and Manzoni, RA and Martin Perez, C and Meinhard, MT and Nessi-Tedaldi, F and Niedziela, J and Pauss, F and Perovic, V and Pigazzini, S and Ratti, MG and Reichmann, M and Reissel, C and Reitenspiess, T and Ristic, B and Ruini, D and Sanz 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and Regnard, S and Saltzberg, D and Stone, B and Valuev, V and Burt, K and Chen, Y and Clare, R and Gary, JW and Gordon, M and Hanson, G and Karapostoli, G and Long, OR and Manganelli, N and Olmedo Negrete, M and Si, W and Wimpenny, S and Zhang, Y and Branson, JG and Chang, P and Cittolin, S and Cooperstein, S and Deelen, N and Diaz, D and Duarte, J and Gerosa, R and Giannini, L and Gilbert, D and Guiang, J and Kansal, R and Krutelyov, V and Lee, R and Letts, J and Masciovecchio, M and May, S and Pieri, M and Sathia Narayanan, BV and Sharma, V and Tadel, M and Vartak, A and Würthwein, F and Xiang, Y and Yagil, A and Amin, N and Campagnari, C and Citron, M and Dorsett, A and Dutta, V and Incandela, J and Kilpatrick, M and Kim, J and Marsh, B and Mei, H and Oshiro, M and Quinnan, M and Richman, J and Sarica, U and Sheplock, J and Stuart, D and Wang, S and Bornheim, A and Cerri, O and Dutta, I and Lawhorn, JM and Lu, N and Mao, J and Newman, HB and Nguyen, TQ and Spiropulu, M and Vlimant, JR and Wang, C and Xie, S and Zhang, Z and Zhu, RY and Alison, J and An, S and Andrews, MB and Bryant, P and Ferguson, T and Harilal, A and Liu, C and Mudholkar, T and Paulini, M and Sanchez, A and Terrill, W and Cumalat, JP and Ford, WT and Hassani, A and Macdonald, E and Patel, R and Perloff, A and Savard, C and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Bright-Thonney, S and Cheng, Y and Cranshaw, DJ and Hogan, S and Monroy, J and Patterson, JR and Quach, D and Reichert, J and Reid, M and Ryd, A and Sun, W and Thom, J and Wittich, P and Zou, R and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Berry, D and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Di Petrillo, KF and Elvira, VD and Feng, Y and Freeman, J and Gecse, Z and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Harris, RM and Heller, R and 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Shi, K and Sturdy, J and Wang, J and Yigitbasi, E and Zuo, X and Adams, T and Askew, A and Habibullah, R and Hagopian, V and Johnson, KF and Khurana, R and Kolberg, T and Martinez, G and Prosper, H and Schiber, C and Viazlo, O and Yohay, R and Zhang, J and Baarmand, MM and Butalla, S and Elkafrawy, T and Hohlmann, M and Kumar Verma, R and Noonan, D and Rahmani, M and Yumiceva, F and Adams, MR and Becerril Gonzalez, H and Cavanaugh, R and Chen, X and Dittmer, S and Evdokimov, O and Gerber, CE and Hangal, DA and Hofman, DJ and Merrit, AH and Mills, C and Oh, G and Roy, T and Rudrabhatla, S and Tonjes, MB and Varelas, N and Viinikainen, J and Wang, X and Wu, Z and Ye, Z and Alhusseini, M and Dilsiz, K and Gandrajula, RP and Köseyan, OK and Merlo, J-P and Mestvirishvili, A and Nachtman, J and Ogul, H and Onel, Y and Penzo, A and Snyder, C and Tiras, E and Amram, O and Blumenfeld, B and Corcodilos, L and Davis, J and Eminizer, M and Gritsan, AV and Kyriacou, S and Maksimovic, P and Roskes, 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and Avila, C and Cabrera, A and Florez, C and Fraga, J and Sarkar, A and Segura Delgado, MA and Jaramillo, J and Mejia Guisao, J and Ramirez, F and Ruiz Alvarez, JD and Salazar González, CA and Vanegas Arbelaez, N and Giljanovic, D and Godinovic, N and Lelas, D and Puljak, I and Antunovic, Z and Kovac, M and Sculac, T and Brigljevic, V and Ferencek, D and Majumder, D and Roguljic, M and Starodumov, A and Susa, T and Attikis, A and Erodotou, E and Ioannou, A and Kole, G and Kolosova, M and Konstantinou, S and Mousa, J and Nicolaou, C and Ptochos, F and Razis, PA and Rykaczewski, H and Saka, H and Finger, M and Finger, Jr and Kveton, A and Ayala, E and Carrera Jarrin, E and Abu Zeid, S and Khalil, S and Salama, E and Lotfy, A and Mahmoud, MA and Bhowmik, S and Carvalho Antunes De Oliveira, A and Dewanjee, RK and Ehataht, K and Kadastik, M and Pata, J and Raidal, M and Veelken, C and Eerola, P and Forthomme, L and Kirschenmann, H and Osterberg, K and Voutilainen, M and Brucken, E and 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T and Pozdnyakov, A and Rath, Y and Reithler, H and Roemer, J and Schmidt, A and Schuler, SC and Sharma, A and Wiedenbeck, S and Zaleski, S and Dziwok, C and Flügge, G and Haj Ahmad, W and Hlushchenko, O and Kress, T and Nowack, A and Pistone, C and Pooth, O and Roy, D and Sert, H and Stahl, A and Ziemons, T and Aarup Petersen, H and Aldaya Martin, M and Asmuss, P and Babounikau, I and Baxter, S and Behnke, O and Bermúdez MartÃnez, A and Bin Anuar, AA and Borras, K and Botta, V and Brunner, D and Campbell, A and Cardini, A and Cheng, C and Connor, P and Consuegra RodrÃguez, S and Correia Silva, G and Danilov, V and Defranchis, MM and Didukh, L and Eckerlin, G and Eckstein, D and Estevez Banos, LI and Filatov, O and Gallo, E and Geiser, A and Giraldi, A and Grohsjean, A and Guthoff, M and Jafari, A and Jomhari, NZ and Jung, H and Kasem, A and Kasemann, M and Kaveh, H and Kleinwort, C and Knolle, J and Krücker, D and Lange, W and Lenz, T and Lidrych, J and Lipka, K and Lohmann, W and Madlener, T and Mankel, R and Melzer-Pellmann, I-A and Metwally, J and Meyer, AB and Meyer, M and Mnich, J and Mussgiller, A and Myronenko, V and Otarid, Y and Pérez Adán, D and Pitzl, D and Raspereza, A and Ribeiro Lopes, B and Rübenach, J and Saggio, A and Saibel, A and Savitskyi, M and Scheurer, V and Schwanenberger, C and Singh, A and Sosa Ricardo, RE and Stafford, D and Tonon, N and Turkot, O and Vagnerini, A and Van De Klundert, M and Walsh, R and Walter, D and Wen, Y and Wichmann, K and Wissing, C and Wuchterl, S and Zlebcik, R and Aggleton, R and Bein, S and Benato, L and Benecke, A and De Leo, K and Dreyer, T and Eich, M and Feindt, F and Fröhlich, A and Garbers, C and Garutti, E and Gunnellini, P and Haller, J and Hinzmann, A and Karavdina, A and Kasieczka, G and Klanner, R and Kogler, R and Kutzner, V and Lange, J and Lange, T and Malara, A and Nigamova, A and Pena Rodriguez, KJ and Rieger, O and Schleper, P and Schröder, M and Schwandt, J and Schwarz, D and Sonneveld, J and Stadie, H and Steinbrück, G and Tews, A and Vormwald, B and Zoi, I and Bechtel, J and Berger, T and Butz, E and Caspart, R and Chwalek, T and De Boer, W and Dierlamm, A and Droll, A and El Morabit, K and Faltermann, N and Flöh, K and Giffels, M and Gosewisch, J and Gottmann, A and Hartmann, F and Heidecker, C and Husemann, U and Katkov, I and Keicher, P and Koppenhöfer, R and Maier, S and Metzler, M and Mitra, S and Müller, T and Neukum, M and Quast, G and Rabbertz, K and Rauser, J and Savoiu, D and Schäfer, D and Schnepf, M and Seith, D and Shvetsov, I and Simonis, HJ and Ulrich, R and Van Der Linden, J and Von Cube, RF and Wassmer, M and Weber, M and Wieland, S and Wolf, R and Wozniewski, S and Wunsch, S and Anagnostou, G and Asenov, P and Daskalakis, G and Geralis, T and Kyriakis, A and Loukas, D and Stakia, A and Diamantopoulou, M and Karasavvas, D and Karathanasis, G and Kontaxakis, P and Koraka, CK and Manousakis-Katsikakis, A and Panagiotou, A and Papavergou, I and Saoulidou, N 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Chaudhary, G and Chauhan, S and Dhingra, N and Gupta, R and Kaur, A and Kaur, S and Kumari, P and Meena, M and Sandeep, K and Singh, JB and Virdi, AK and Ahmed, A and Bhardwaj, A and Choudhary, BC and Garg, RB and Gola, M and Keshri, S and Kumar, A and Naimuddin, M and Priyanka, P and Ranjan, K and Shah, A and Bharti, M and Bhattacharya, R and Bhattacharya, S and Bhowmik, D and Dutta, S and Gomber, B and Maity, M and Nandan, S and Palit, P and Rout, PK and Saha, G and Sahu, B and Sarkar, S and Sharan, M and Singh, B and Thakur, S and Behera, PK and Behera, SC and Kalbhor, P and Muhammad, A and Pradhan, R and Pujahari, PR and Sharma, A and Sikdar, AK and Dutta, D and Jha, V and Kumar, V and Mishra, DK and Naskar, K and Netrakanti, PK and Pant, LM and Shukla, P and Aziz, T and Dugad, S and Kumar, M and Mohanty, GB and Sarkar, U and Banerjee, S and Bhattacharya, S and Chudasama, R and Guchait, M and Karmakar, S and Kumar, S and Majumder, G and Mazumdar, K and Mukherjee, S and Roy, D and Dube, S and Kansal, B and Pandey, S and Rane, A and Rastogi, A and Sharma, S and Bakhshiansohi, H and Zeinali, M and Chenarani, S and Etesami, SM and Khakzad, M and Mohammadi Najafabadi, M and Felcini, M and Grunewald, M and Abbrescia, M and Aly, R and Aruta, C and Colaleo, A and Creanza, D and De Filippis, N and De Palma, M and Di Florio, A and Di Pilato, A and Elmetenawee, W and Fiore, L and Gelmi, A and Gul, M and Iaselli, G and Ince, M and Lezki, S and Maggi, G and Maggi, M and Margjeka, I and Mastrapasqua, V and Merlin, JA and My, S and Nuzzo, S and Pellecchia, A and Pompili, A and Pugliese, G and Ranieri, A and Selvaggi, G and Silvestris, L and Simone, FM and Venditti, R and Verwilligen, P and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Brigliadori, L and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Ciocca, C and Cuffiani, M and Dallavalle, GM and Diotalevi, T and Fabbri, F and Fanfani, A and Giacomelli, P and Giommi, L and Grandi, C and Guiducci, L and Lo Meo, S and Lunerti, L and Marcellini, S and Masetti, G and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Costa, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Cassese, A and Ceccarelli, R and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Fiori, F and Focardi, E and Latino, G and Lenzi, P and Lizzo, M and Meschini, M and Paoletti, S and Seidita, R and Sguazzoni, G and Viliani, L and Benussi, L and Bianco, S and Piccolo, D and Bozzo, M and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Brivio, F and Cetorelli, F and Ciriolo, V and De Guio, F and Dinardo, ME and Dini, P and Gennai, S and Ghezzi, A and Govoni, P and Guzzi, L and Malberti, M and Malvezzi, S and Massironi, A and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Valsecchi, D and Zuolo, D and Buontempo, S and Carnevali, F and Cavallo, N and De Iorio, A and Fabozzi, F and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Rossi, B and Sciacca, C and Azzi, P and Bacchetta, N and Bisello, D and Bortignon, P and Bragagnolo, A and Carlin, R and Checchia, P and De Castro Manzano, P and Dorigo, T and Gasparini, F and Gasparini, U and Hoh, SY and Layer, L and Margoni, M and Meneguzzo, AT and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Strong, G and Tosi, M and Yarar, H and Zanetti, M and Zotto, P and Zucchetta, A and Zumerle, G and Aimeâ��, C and Braghieri, A and Calzaferri, S and Fiorina, D and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Bilei, GM and Ciangottini, D and Fanò, L and Lariccia, P and Magherini, M and Mantovani, G and Mariani, V and Menichelli, M and Moscatelli, F and Piccinelli, A and Rossi, A and Santocchia, A and Spiga, D and Tedeschi, T and Azzurri, P and Bagliesi, G and Bertacchi, V and Bianchini, L and Boccali, T and Bossini, E and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Di Domenico, MR and Donato, S and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Parolia, S and Ramirez-Sanchez, G and Rizzi, A and Rolandi, G and Roy Chowdhury, S and Scribano, A and Shafiei, N and Spagnolo, P and Tenchini, R and Tonelli, G and Turini, N and Venturi, A and Verdini, PG and Campana, M and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Longo, E and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Quaranta, C and Rahatlou, S and Rovelli, C and Santanastasio, F and Soffi, L and Tramontano, R and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Bellora, A and Berenguer Antequera, J and Biino, C and Cartiglia, N and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Legger, F and Mariotti, C and Maselli, S and Migliore, E and Monteil, E and Monteno, M and Obertino, MM and Ortona, G and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Ruspa, M and Salvatico, R and Shchelina, K and Siviero, F and Sola, V and Solano, A and Soldi, D and Staiano, A and Tornago, M and Trocino, D and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Sorrentino, G and Vazzoler, F and Dogra, S and Huh, C and Kim, B and Kim, DH and Kim, GN and Kim, J and Lee, J and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Radburn-Smith, BC and Sekmen, S and Yang, YC and Kim, H and Moon, DH and Kim, TJ and Park, J and Cho, S and Choi, S and Go, Y and Hong, B and Lee, K and Lee, KS and Lim, J and Park, J and Park, SK and Yoo, J and Goh, J and Gurtu, A and Kim, HS and Kim, Y and Almond, J and Bhyun, JH and Choi, J and Jeon, S and Kim, J and Kim, JS and Ko, S and Kwon, H and Lee, H and Lee, S and Oh, BH and Oh, M and Oh, SB and Seo, H and Yang, UK and Yoon, I and Jeon, D and Kim, JH and Ko, B and Lee, JSH and Park, IC and Roh, Y and Song, D and Watson, IJ and Ha, S and Yoo, HD and Choi, Y and Jeong, Y and Lee, H and Lee, Y and Yu, I and Beyrouthy, T and Maghrbi, Y and Torims, T and Veckalns, V and Ambrozas, M and Juodagalvis, A and Rinkevicius, A and Tamulaitis, G and Vaitkevicius, A and Norjoharuddeen, NB and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Valencia Palomo, L and Ayala, G and Castilla-Valdez, H and De La Cruz-Burelo, E and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mondragon Herrera, CA and Perez Navarro, DA and Sánchez Hernández, A and Carrillo Moreno, S and Oropeza Barrera, C and RamÃrez GarcÃa, M and Vazquez Valencia, F and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Mijuskovic, J and Raicevic, N and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Asghar, MI and Awais, A and Awan, MIM and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Avati, V and Grzanka, L and Malawski, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Walczak, M and Araujo, M and Bargassa, P and Bastos, D and Boletti, A and Faccioli, P and Gallinaro, M and Hollar, J and Leonardo, N and Niknejad, T and Pisano, M and Seixas, J and Toldaiev, O and Varela, J and Afanasiev, S and Budkouski, D and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Palichik, V and Perelygin, V and Savina, M and Seitova, D and Shalaev, V and Shmatov, S and Shulha, S and Smirnov, V and Teryaev, O and Voytishin, N and Zarubin, A and Zhizhin, I and Egorov, A and Gavrilov, G and Golovtcov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Murzin, V 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