Research at SINP Theory Group
Nuclear Theory
- Nuclear Structure:
Statistical Spectrocopy, Giant Dipole Strength, Beta Decay
Strengths and Halflives
- Nuclear Reactions:
Nuclear Multifragmentation, Equation of State for Finite and Infinite
Nuclear Systems, Liquid-gas Phase Transition
- Astro-Nuclear Physics:
Weak Interaction Rates For Supernove and Presupernova Evolution,
Nuclear Structure Effects on Neutrino Capture Rates of Gallium Detectors,
Nuclear Matter at High Magnetic Fields and Neutron Stars, Astrophysically
Relevant Radiative Capture Reactions from Break-up and Capture Reactions
Induced by Radioactive Nuclei
- Intermediate Energy Nuclear Physics:
Effective Lagrangian Models for Meson Production in p-p Collisions-
Study of Baryonic Resonances
- Physics of Halo Nuclei:
Structure of Light Drip-line Nuclei, Break-up Reactions of Halo Nuclei
- Physics of Quark Gluon Plasma:
Quantum Chromodynamics(QCD), Relativistic Heavy Ion Collisions,
Electromagnetic Probes, Finite Temperature QCD, Strange Quark Matter
and Strangelets
High Energy Theory
- Gravity and Strings
- Quantum Field Theory
- Field Theories on the Lattice
- Finite Temperature Field Theory
- Light Front Field Theory
- High Energy Phenomenology
Mathematical, Statistical and General Physics
Palash B Pal
Last modified: Thu Jul 21 11:18:46 IST 2005