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Mondal, PP and Rajan, K and Patnaik, LM (2003) Adaptively altering hyper-parameter for Improved Reconstruction in PET. In: 2003 IEEE Nuclear Science Symposium Conference Record, 19-25 October, Oregon,USA, Vol.5, 3460 -3463.
Joshi, P and Kumar, P and Aravinth, S and Varghese, JM and Mondal, PP (2024) Fluorescence-based multifunctional light sheet imaging flow cytometry for high-throughput optical interrogation of live cells. In: Communications Physics, 7 (1).
Basumatary, J and Baro, N and Joshi, P and Mondal, PP (2023) Scanning single molecule localization microscopy (scanSMLM) for super-resolution volume imaging. In: Communications Biology, 6 (1).
Basumatary, J and Baro, N and Zanacchi, FC and Mondal, PP (2023) Temporally resolved SMLM (with large PAR shift) enabled visualization of dynamic HA cluster formation and migration in a live cell. In: Scientific Reports, 13 (1).
Kumar, P and Mondal, PP (2023) Field dipole interaction and polarization effects in light-sheet optical fluorescence microscopy. In: Journal of Applied Physics, 133 (22).
Mondal, PP and Baro, N and Singh, A and Joshi, P and Basumatary, J (2022) Lightsheet optical tweezer (LOT) for optical manipulation of microscopic particles and live cells. In: Scientific Reports, 12 (1).
Aravinth, S and Joshi, P and Mondal, PP (2022) Detection of fortunate molecules induce particle resolution shift (PAR-shift) toward single-molecule limit in SMLM: A technique for resolving molecular clusters in cellular system. In: Review of Scientific Instruments, 93 (9).
Joshi, P and Mondal, PP (2022) Single-molecule clustering for super-resolution optical fluorescence microscopy. In: Photonics, 9 (1).
Kumar, P and Joshi, P and Basumatary, J and Mondal, PP (2022) Light sheet based volume flow cytometry (VFC) for rapid volume reconstruction and parameter estimation on the go. In: Scientific Reports, 12 (1).
Basumatary, J and Ara, T and Mukherjee, A and Dutta, D and Nongthomba, U and Mondal, PP (2021) Fluorescence based rapid optical volume screening system (OVSS) for interrogating multicellular organisms. In: Scientific Reports, 11 (1).
Joshi, P and Aravinth, S and Mondal, PP (2021) Adaptable single molecule localization microscopy (aSMLM) for superresolution optical fluorescence imaging. In: Applied Physics Letters, 119 (17).
Mondal, PP (2021) A perspective on light sheet microscopy and imaging: Applications across the breadth of applied physics and biophysics. In: Applied Physics Letters, 119 (16).
Mondal, PP (2020) Probabilistic Optically-Selective Single-molecule Imaging Based Localization Encoded (POSSIBLE) microscopy for ultra-superresolution imaging. In: PLoS ONE, 15 (11).
Mohan, K and Mondal, PP (2020) Experimental realization of sub-micron patterning using counter-propagating interfering lightsheets (iCLASS). In: OSA Continuum, 3 (3). pp. 668-675.
Mondal, PP and Mandal, S and Diaspro, A (2010) Note: Dynamic point spread function for single and multiphoton fluorescence microscopy. In: Review of Scientific Instruments, 81 (4).
Mondal, PP and Mandal, S and Diaspro, A (2010) Note: Dynamic point spread function for single and multiphoton fluorescence microscopy. In: Review of Scientific Instruments, 81 (4).
Mondal, PP and Rajan, K (2005) Neural network-based image reconstruction for positron emission tomography. In: Applied Optics, 44 (30). pp. 6345-6352.
Mondal, PP and Rajan, K (2004) Image reconstruction by conditional entropy maximisation for PET system. In: IEE Proceedings of Electric Power Applications, 151 (5). 345 -352.
Diaspro, A and Bianchini, P and Cella, Zanacchi F and Harke, B and Vicidomini, G and Galiani, S and Lavagnino, Z and Chacko, J and Ronzitti, E and Faretta, M and Furia, L and Mondal, PP (2011) Imaging Cytometry Requires The Third Dimension And High Spatial And Temporal Resolution. In: Cytometry, Part A, 79A (12). p. 1031.
