| Prof. S. RAMASWAMY |
Quantum Field Theory, Particle Physics |
| Prof. A.V. KULKARNI |
Nuclear Physics (Few Body systems & Scattering at Intermediate Energies), Mathematical Physics (Partial Differential Equations), Theoretical Calculations of design & operation of Scanning Probe Microscopes. |
| Dr. (Ms.) NEENA GOVEAS |
Magnetic materials, Spin Chains |
| Dr. A. K. BISWAS |
String Theory |
| Dr. (Ms.) RADHIKA VATHSAN |
Mathematical Physics (Quantization techniques), Gravitation and String Theory, Quantum Computation and Quantum Information |
| Dr. ASHISH ASGEKAR |
Radio Pulsars, Interstellar Medium : Studies of Atomic Hydrogen, Supernova Remnants : Multi-wavelength Properties |
| Dr. GAURAV DAR |
Nonlinear dynamics, chaos, turbulence |
| Dr. P. NANDAKUMAR |
Laser |
| Dr. P. N. DEEPAK |
Nuclear models |
| Dr. SUTAPA ROY RAMANAN |
Thermal interface materials for electronic packaging, Sol-gel derived powders, fibers, thin films for electroceramic, biomaterial, optical and optoelectronic applications |
| Dr. PRASANTA KUMAR DAS |
Quantum Field Theory, Particle Physics, Gravitation |
| Dr. S.K. SAHAY |
Ultra-violet, X-Ray Astronomy, Gravitational Waves, Data analysis |
| Dr. RAGHUNATH RATBOLE |
Strong Interactions, Quantum Field Theory |
| Dr NAVNEET GUPTA |
Semiconductor devices, Thin Films (Analytical modeling of the electrical behaviour of novel devices like TFT, MOSFET, SOLAR CELL; made up of polycrystalline and nanocrystalline silicon.) |
| Dr V.SUNILKUMAR |
Baryon formation in Heavy Ion Collissions and topological defects in early universe, Noncommutative quantum mechanics,
Representations of deformed Lie algebras and theier relevence in quantum mechanics, Quasi exactly solvable systems and coherent states, Gauge theory, QCD, Quantum information |
| Dr TOBY JOSEPH |
Condensed Matter Physics |
| Dr. THOKALA SOLOMAN RAJU |
Solitary waves in optical fibres, Bose-Einsten condensates,Numerical simulations of differential equations. |