i. Research Areas

Experimental Physics

• Ion beam induced engineering and growth of materials.
• Irradiation induced modification in the properties of materials.
• Stopping power and straggling of heavy ions in polymers.
• Nano structuring of materials.
• 2D materials and Polymer electrolytes for energy harvesting and storage devices (Batteries, Supercapacitors, fuel cells, Hydrogen splitting).
• Optical filters, Sensors.
• Ion-induced fusion-fission reactions via pre-scission neutron multiplicity, fission fragment mass and angular distribution measurements.

Theoretical Physics

• Dynamics of non-equilibrium systems / nonlinear systems, Solitons, Chaos and Integrable Systems.
• Simulation of Solar-cells.
• Low Dimensional Nanoscopic Electron Systems.
• Heavy ion induced nuclear fusion reactions around barrier energies.
• Breakup and fusion reactions induced by weakly bound projectiles.
• Synthesis of super heavy nuclei through cold and hot fusion reactions.
• Nuclear structure near drip lines.

ii. Eligibility

M.Sc. Physics / Applied Physics

iii. Course Work Syllabus