Biomedical Optics Express - Volume: 16 - Akondi V.; Ayubi G.A.; Huang X.; Kunala K.; Dubra A.
Welcome to the Department of Physical Sciences.
Welcome to the Department of Physical Sciences striving for excellence in research and to impart quality undergraduate and postgraduate education and research training. We offer integrated undergraduate and postgraduate degree programmes (BS-MS), integrated postgraduate with doctoral studies namely iPhD along with regular doctoral programmes in various disciplines. We have a vibrant faculty having research profiles covering fundamental and applied physics along with emphasis on inter and multidisciplinary research and collaborations.
Experimental Condensed Matter Physics - Dr. Shashi Bhushan Singh; Dr. Rohit Soni; Dr. Ajay Perumal; Dr. Rahul Sharma;
Theoretical Condensed Matter Physics - Dr. Bikashkali Midya ; Dr.Victor Mukherjee
High Energy Physics - Dr. M.D. Nasim; Dr. Sandeep Chatterjee; Dr. Ujjal Kumar Dey; Dr. Tanmay Modak
Optics and Biophotonics - Dr. Vyas Akondi
Biomedical Optics Express - Volume: 16 - Akondi V.; Ayubi G.A.; Huang X.; Kunala K.; Dubra A.
Iranian Journal of Medical Sciences - Volume: 50 - Zarei F.; Ahmadi S.M.; Dehbani-Zadeh S.; Jafari A.; Akondi V.; Chatterjee S.; Mirhosseini S.A.; Haghighi R.R.
Journal of Medical Physics - Volume: 49 - Haghighi R.R.; Zarei F.; Moshiri S.; Jafari A.; Chatterjee S.; Akondi V.; Chatterjee V.V.
Physical Review C - Volume: 109 - Parida T.; Chatterjee S.; Nasim M.
Physical Review C - Volume: 106 - Parida T.; Chatterjee S.
The group aims at understanding the mechanism of evolution of adaptive and non-adaptive characters in organisms. By employing phenotypic manipulation experiments, primarily using laboratory fruit fly populations, his group investigates phenotype - fitness correlations. The group then employs Experimental Evolution to investigate the evolution of these phenotypes in experimental populations in real-time.
The group aims at understanding the mechanism of evolution of adaptive and non-adaptive characters in organisms. By employing phenotypic manipulation experiments, primarily using laboratory fruit fly populations, his group investigates phenotype - fitness correlations. The group then employs Experimental Evolution to investigate the evolution of these phenotypes in experimental populations in real-time.
The group aims at understanding the mechanism of evolution of adaptive and non-adaptive characters in organisms. By employing phenotypic manipulation experiments, primarily using laboratory fruit fly populations, his group investigates phenotype - fitness correlations. The group then employs Experimental Evolution to investigate the evolution of these phenotypes in experimental populations in real-time.
The group aims at understanding the mechanism of evolution of adaptive and non-adaptive characters in organisms. By employing phenotypic manipulation experiments, primarily using laboratory fruit fly populations, his group investigates phenotype - fitness correlations. The group then employs Experimental Evolution to investigate the evolution of these phenotypes in experimental populations in real-time.