Department of Physics

The Department of Physics, established in 2013, stands as a hub of academic excellence and innovative research. The department focuses on delivering high-quality education while fostering a strong research culture across diverse fields, including Liquid Crystals, Plasma Physics, Material Science, Thin Films, Chalcogenides, Nanotechnology & Nanomagnetism, Photovoltaic, and Nonlinear Optics. These research areas address contemporary scientific challenges with real-world applications. The department is supported by a team of highly qualified faculty members, all holding doctoral degrees from reputed institutions. Their commitment to research has resulted in 125 publications in internationally recognized journals over the past five years. Notably, some faculty members have been listed among the world’s top 2% researchers, reflecting the global impact of their scientific contributions. Collaborations with national and international research institutions further enhance the department’s research capabilities, promoting knowledge exchange and innovative discoveries. Research projects provide students and researchers with opportunities to work on advanced scientific problems while gaining valuable practical experience. The department’s infrastructure complements its academic and research goals, featuring modern lecture halls equipped with advanced teaching tools and laboratories designed for sophisticated experimental investigations. These state-of-the-art facilities create an ideal learning environment that nurtures curiosity and innovation among students. With a strong foundation in quality education and impactful research, the Department of Physics continues to make significant contributions to the scientific community while preparing students for successful careers in academia and research.

Learning Objectives:

• The students will acquire fundamental and advanced level knowledge in core subjects of Physics.
• The students will have fundamental and advanced level knowledge in physics so as to handle the computational tools and scientific software.
• The students will be able to apply experimental expertise in basic as well as advanced areas of physics.
• The students will have necessary skills and expertise in field of research and development.