The Department of Physics is a vibrant center of academic excellence and scientific research, dedicated to advancing our understanding of the physical universe. With a strong commitment to both teaching and research, the department provides a comprehensive education in the core areas of physics, while also encouraging interdisciplinary exploration and innovation.
To become the epicenter of science education, research and innovation by creating and disseminating knowledge across the globe, and nurturing world-class scholars and ethical citizens to build a better future for all.
Engages in pioneering studies across areas like quantum mechanics, condensed matter physics, astrophysics, and more.
Equipped with advanced instruments for experiments in optics, nuclear physics, material science, and high-energy physics.
Experts in diverse fields contributing to significant scientific advancements and mentoring students.
Works with engineering, mathematics, and biology departments to tackle real-world challenges.
Offers internships, research assistantships, and exchange programs to enhance learning.
Hosts events featuring renowned physicists, fostering academic discussions and networking opportunities.
Encourages groundbreaking discoveries published in reputed journals, contributing to global scientific progress.
The B.Sc. (Hons) Physics Laboratory is an essential part of the undergraduate curriculum, aimed at reinforcing theoretical knowledge through hands-on experiments. It helps students understand physical principles, practice measurement techniques, and develop skills in handling scientific instruments. The lab spans three years. In the first year, students conduct basic mechanics and material property experiments using tools such as vernier calipers, screw gauges, and pendulums. The second year focuses on electricity, magnetism, and optics, involving instruments such as potentiometers, galvanometers, and optical benches. In the third year, students explore modern physics and electronics through experiments on semiconductors, photoelectric effect, transistors, and logic gates using CROs and other advanced equipment. Students maintain a lab record, attend weekly sessions, and are assessed through viva and practical exams. Overall, the lab experience builds scientific understanding, analytical skills, and confidence in experimental physics.
The Postgraduate (PG) Physics Laboratory is designed to provide in-depth experimental training aligned with advanced topics in physics. It aims to enhance students' analytical abilities, research skills, and proficiency in handling sophisticated instruments. The lab includes specialized experiments in areas such as Solid State Physics, Nuclear Physics, Spectroscopy, Quantum Mechanics, Advanced Electronics, and Nanoscience. Students work with high-end equipment like X-ray diffractometers (XRD), Klystron, Gun Diode Hall effect setups, four-probe systems, GM counters, optical interferometers, digital storage oscilloscopes (DSO), and semiconductor characterization kits. The PG lab encourages critical thinking, error estimation, and result interpretation, preparing students for research, teaching, and technical careers. Regular assessments include viva-voce, project presentations, and final practical exams, ensuring academic rigor and skill development.
The Research Physics Laboratory is designed for advanced experimental and theoretical studies in material science, energy conversion and storage devices, luminescence, and spectroscopy. It includes essential equipment such as electrochemical analyzer for synthesizing and electrochemical tests of electrode materials for supercapacitors and batteries, fluorescence spectrophotometer, mechanoluminescence measurement set-up, and a high-precision digital weighing machine for accurate chemical measurements. The key feature of the lab comprises the state-of-the art equipment and tools for research and development in the area of energy storage devices (supercapacitors and batteries), solar cells, luminescence, and computational materials. This lab supports precise material characterization and is vital for research in materials science and nanotechnology.
The B.Sc. (Hons) Physics Laboratory is an essential part of the undergraduate curriculum, aimed at reinforcing theoretical knowledge through hands-on experiments. It helps students understand physical principles, practice measurement techniques, and develop skills in handling scientific instruments. The lab spans three years. In the first year, students conduct basic mechanics and material property experiments using tools such as vernier calipers, screw gauges, and pendulums. The second year focuses on electricity, magnetism, and optics, involving instruments such as potentiometers, galvanometers, and optical benches. In the third year, students explore modern physics and electronics through experiments on semiconductors, photoelectric effect, transistors, and...
The Postgraduate (PG) Physics Laboratory is designed to provide in-depth experimental training aligned with advanced topics in physics. It aims to enhance students' analytical abilities, research skills, and proficiency in handling sophisticated instruments. The lab includes specialized experiments in areas such as Solid State Physics, Nuclear Physics, Spectroscopy, Quantum Mechanics, Advanced Electronics, and Nanoscience. Students work with high-end equipment like X-ray diffractometers (XRD), Klystron, Gun Diode Hall effect setups, four-probe systems, GM counters, optical interferometers, digital storage oscilloscopes (DSO), and semiconductor characterization kits. The PG lab encourages critical thinking, error estimation, and result interpretation, preparing students for research, teaching, and...
The Research Physics Laboratory is designed for advanced experimental and theoretical studies in material science, energy conversion and storage devices, luminescence, and spectroscopy. It includes essential equipment such as electrochemical analyzer for synthesizing and electrochemical tests of electrode materials for supercapacitors and batteries, fluorescence spectrophotometer, mechanoluminescence measurement set-up, and a high-precision digital weighing machine for accurate chemical measurements. The key feature of the lab comprises the state-of-the art equipment and tools for research and development in the area of energy storage devices (supercapacitors and batteries), solar cells, luminescence, and computational materials. This lab supports precise material characterization and is vital...
Prachi Satabdi Nanda, a PhD scholar in the Department of Physics, has achieved an outstanding publication in the Journal of Energy Storage (SCI-indexed, Impact Factor: 9.8, Q1)
Shraddha Dewangan, student of the BSc Physics 4th Sem, selected for an internship at SP Advertising, Raipur (C.G.), with a monthly stipend of Rs. 12000.
Sneha Panda, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Srishti Chandra, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Pragati Panda, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Mamta Thakur, from Physics Department, has cleared NPTEL Course “Advanced Quantum Mechanics with Applications”
Yamini Gupta, from Physics Department, has cleared NPTEL Course “Advanced Quantum Mechanics with Applications”
Rakesh Patel, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Himanshi Singh Chandel from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Yamini Gupta, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Nikita Gupta, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Sumita Pati, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Ajay Patel, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Devashish Kumar Mehar, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Shiwani Patail, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Mamta Thakur, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Farishta Kumar Dansena, from Physics Department, has cleared NPTEL Course “Electronic Theory of Solids”
Farishta, from Physics Department, has cleared NPTEL Course “Solid State Physics”
Anish, from Physics Department, has cleared NPTEL Course “Solid State Physics”
Shristhi, from Physics Department, has cleared NPTEL Course “Solid State Physics”
Dimpal, from Physics Department, has cleared NPTEL Course “Solid State Physics”
Sneha, from Physics Department, has cleared NPTEL Course “Solid State Physics”
Rishav, from Physics Department, has cleared NPTEL Course “Solid State Physics”
Dr. R. S. Singh, Department of Physics, delivered an invited talk entitled “Fabrication and Analysis of Graphene Based Photodetectros” in the Online One Week STC on ‘Nanomaterials, Sensors and Devices (ICT-143)’ conducted during 16.09.2024 - 20.09.2024 at National Institute of Technical Teachers Training and Research (NITTTR) Chandigarh.
Dr. Dipti Shukla, Department of Physics, delivered an invited talk Guest Lecture on “The Legacy of Quantum Mechanics’’ in LCIT College, Bilaspur
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