1. Prestigious Funded Research Projects

The Department of Physics has consistently demonstrated research excellence through national and international collaborations. The department has been awarded collaborative research projects worth over 1 crore, reflecting its growing contribution to cutting-edge scientific research and innovation. These projects involve collaborations with reputed national agencies and global research institutions.

2. Outstanding Research Output

In the past five years, faculty members have published more than 125 research papers in reputed peer-reviewed international journals. These publications span diverse areas of physics, showcasing the department’s research strength in both theoretical and experimental domains. The rigorous research culture not only enhances the academic profile of the department but also serves as a strong foundation for student mentorship.

3. Global Recognition of Faculty

Dr. Keshav Walia, a faculty member of the Department of Physics, has been featured in the world’s top 2% scientists list compiled by Stanford University, USA, for three consecutive years (2021, 2022, and 2023).

4. Student Achievements in National Level Examinations

Students of the department have consistently excelled in prestigious national-level competitive exams such as GATE, JEST, IIT-JAM, and CSIR-NET. Their success reflects the department’s strong academic training, guidance, and focus on preparing students for research and higher education opportunities at premier institutions across India.

5. Expert Lectures by Eminent Scholars

The department regularly organizes specialized lectures by distinguished scientists and academicians from India and abroad to enrich the academic ecosystem. Notable speakers include:

• S. K. Tripathi (Panjab University, Chandigarh, 2015)
• B. R. Mehta (IIT Delhi, 2015)
• Tulsi Nandan Parashar (University of Delaware, USA, 2015 & 2017; Victoria University of Wellington, New Zealand, 2021, 2022 & 2025)
• Manoj Kumar Sharma (Thapar University, Patiala, 2016)
• A. Tovstolytkin (Institute of Magnetism, Ukraine, 2016)
• Mahavir Singh (HPU, Shimla, 2017)
• Ravi Kumar (NIT Hamirpur, 2019)
• Arvinder Singh (NIT Jalandhar, 2021)
• Rohit Mehra (NIT Jalandhar, 2021)
• Ram Jiwari (IIT Roorkee, 2021 & 2023)
• Jagwinder Singh (NIT Jalandhar, 2023)

These interactions provide valuable exposure to global research trends and inspire students to pursue advanced studies.

6. Workshops and Short-Term Courses

The department actively conducts workshops, training programs, and short-term courses to bridge the gap between curriculum and emerging scientific developments. Key events include:

• Workshop on “Solid State Devices – SSD 2015”: Focused on advances in device physics and applications.
• Short-Term Course (May 10–17, 2017): “Influences of the Sun on Earth and the Solar System” conducted by Dr. Tulsi Nandan Parashar (University of Delaware, USA), exploring space weather, solar-terrestrial interactions, and astrophysical phenomena.

Such events foster interdisciplinary learning and skill development among students and researchers.

7. Advanced Research and Experimental Facilities

The department offers state-of-the-art laboratory facilities for both academic and research pursuits:

Advanced Experiments for Students:

Students gain hands-on experience with sophisticated setups including:

• Zeeman Effect
• Nuclear Magnetic Resonance (NMR)
• Electron Spin Resonance (ESR)
• Geiger-Müller Counter
• Microwave Bench
• Hall Effect, and many more.

These experiments provide real-time insights into core physics concepts and modern instrumentation techniques.

Dedicated Research Laboratories:

The department operates four advanced research labs:

• Nano Research Lab
• Materials Research Lab
• Semiconductor Laboratory
• Theoretical Physics Research Lab

These labs are equipped with high-end instruments, including:

• FTIR Spectrometer (Alpha T, Bruker, Germany)
• Spectrofluorometer (Cary Eclipse, Agilent, USA)
• Spin Coating Unit (Apex Instruments, Kolkata)
• High-Temperature Muffle Furnace (Tempo Make, Mumbai)
• Ceramic Hot Plate and Magnetic Stirrer (Remi Make, India)
• Centrifuge Machine
• High Precision Weighing Balance
• Impedance Meter

These facilities empower both faculty and students to pursue innovative experimental research in nanoscience, material science, semiconductor physics, and theoretical modeling.