Condensed Matter Physics
Birla Institute of Technology Mesra is equipped with advanced facilities such as RF/DC magnetron sputtering systems, Raman spectroscopy, nanoindentation, UV-Visible spectroscopy, and low-temperature cryostat systems for the synthesis and characterization of functional materials in Condensed Matter Physics research. Research activities focus on thin films, nanomaterials, superconductors, magnetic materials, piezoelectric systems, and electronic composites, providing strong support for both fundamental and applied materials science research. Research is carried out in the following application areas:
2-D Materials
Research on atomically thin materials and their electronic properties.
Applications include nanoelectronics, sensors and energy devices.
Faculty Involved: Dr. Anupam Roy
Ceramic Materials
Development of advanced ceramic materials with improved strength and durability.
Used in structural, thermal and electronic applications.
Faculty Involved: Dr. Ela Rout
Tribology and Solar Cell Materials
Studies of friction, wear and lubrication phenomena in materials.
Research also focuses on high-efficiency solar energy materials.
Faculty Involved: Dr. Rishi Sharma
Anti-Corrosion Materials
Design of protective coatings and corrosion-resistant materials.
Applications in industrial and environmental protection systems.
Faculty Involved: Dr. Sanat Kumar Mukherjee
Magnetic Materials
Investigation of magnetic properties and spin-based phenomena.
Useful in data storage, sensors and electronic devices.
Faculty Involved: Dr. Sunita Keshri
Biomaterials
Research on materials compatible with biological systems.
Applications include implants, tissue engineering and healthcare devices.
Faculty Involved: Dr. Sanjay Kumar Sinha
Semiconductor Materials
Development and characterization of semiconductor materials.
Important for electronics, photonics and integrated circuits.
Faculty Involved: Dr. Dilip Kumar Singh
Optical Materials
Study of materials interacting with light and electromagnetic waves.
Applications include lasers, photodetectors and optical communication.
Faculty Involved: Dr. Kingshuk Bose