Saha Institute of Nuclear Physics - Admission 2026, Fees, Courses, Placement, Ranking

Call for Applications: Dissertation/BS-MS Thesis Program (Jan 1, 2026 - Oct 31, 2026) - We are pleased to announce the second round of our Dissertation/BS-MS Thesis Program during the period of January 1, 2026, to October 31, 2026. Interested students are invited to apply directly to the supervisors listed below, based on alignment of research interests. The subject areas and corresponding supervisors are as follows: - Neuroscience, cell biology, RNA biology: Prof. Debashis Mukhopadhyay - Cancer, metabolomics, metal ions in biology, host-microbiome interaction: Prof. Soumen Manna - Topological aspects of driven quantum systems: Prof. Krishanu Roychowdhury - Spin transport and dynamics in Moire magnets: Prof. Samik DuttaGupta - Nuclear Astrophysics: Prof. Chinmay Basu - Study of background sources and their mitigation techniques at JUSL (experiment and simulation): Prof. Arka Santra - Nuclear Reactions: Prof. Ananya Kundu - Probing molecular basis of enzyme(s) action in metabolic reprogramming- A biophysical and structural approach: Prof. Subhabrata Majumder - Theoretical Aspects of Quantum Gates, QFT and the related: Prof. Arnab Kundu - Epigenetic regulation of T cells in Autoimmunity: Prof. Aditi Chandra - Understanding inter-organellar dynamics between ER and mitochondria during hyperfusion: Prof. Oishee Chakrabarti - Growth of Soft materials thin films and its characterization: Prof. Mrinmay K. Mukhopadhyay - Epigenetic regulators reprogram cancer epigenome: Prof. Chandrima Das - Enzyme Design using Computer Simulations, Machine Learning and Artificial Intelligence: Prof. Subhendu Roy - Exploration of ribosome-antibiotic interaction using cryo-EM: Prof. Tofayel Ahmed - Single Molecule Imaging and Super-resolution Microscopy: Prof. Barun Maity - Nuclear Physics and Nuclear AstroPhysics: Prof. Tinku Sinha Sarkar (available till 30.06.2026) - Emulating FET characteristic for Neuromorphic applications: Prof. Swarup Deb - Gravitational Wave Astronomy: Prof. Arunava Mukherjee - Single crystal growth for application in solid state neutron detector: Prof. Satyaban Bhunia **Important Guidelines for Applicants:** 1. The project must be an official dissertation component of the applicant’s current degree program. 2. Applicants must submit a signed letter from the HoD on official departmental letterhead. 3. Students must provide their latest CGPA when contacting prospective supervisors. 4. Selected candidates must possess valid medical insurance covering the entire period of their stay at SINP.