Department of Physics

The Physics department is shaped around the study of matter and physical systems, with particular emphasis on condensed matter physics, solid state physics, theoretical physics, material science, and nanomaterials. Students develop conceptual depth in core physics while learning how these ideas explain real materials, electronic behaviour, structure, and properties at different length scales.

The M.Sc. Physics programme supports this focus through advanced coursework, laboratory exposure, and research-oriented learning. The department also provides a pathway for Ph.D. work in physics for students who want to continue into deeper theoretical or experimental investigation.

Research in condensed matter and solid state physics examines how atoms, electrons, and crystal structures determine the behaviour of materials. This connects naturally with material science, where the department's academic work studies structure-property relationships, functional materials, and the physical basis of material performance.

Theoretical physics strengthens this work by giving students and researchers the mathematical and conceptual tools needed to model physical systems. Nanomaterials add a contemporary dimension, focusing attention on systems where size, surface effects, and quantum behaviour can significantly change physical properties.

Students entering M.Sc. Physics are expected to have a Bachelor's degree in Physics with minimum 55% marks. The programme is designed for students who want a rigorous grounding in physics and a clearer route toward research in materials, condensed matter systems, solid state physics, theory, and nanoscience.

The department's academic environment encourages careful experimentation, analytical thinking, and scientific interpretation. Its research areas give students a focused identity while keeping the programme broad enough to support future doctoral study, academic work, and scientific careers.