Epitaxial Growth
Advanced techniques in MOCVD and MBE for high-quality semiconductor epitaxy.
Learn MoreQuantum Dots
Design and characterization of quantum dots for single-photon emission and quantum light detection in emerging quantum technologies.
Learn MoreMid IR Quantum Cascade Laser based THz Emitter
Development of laser-based emitters for terahertz and mid-infrared applications.
Learn MoreSi-Ge based photonic devices
Developing Silicon-Germanium photonic devices for high-speed communication.
Learn More2D - Materials
Investigating atomically thin materials for next-gen electronic and optical devices.
Learn MoreTHz Devices & Applications
Research on terahertz devices for imaging, spectroscopy, and wireless communication systems.
Learn MoreHigh-Speed 2D Photodetectors
Development of high-speed 2D photodetectors using materials like graphene, MoS₂, and WS₂ for optoelectronic applications.
Learn MorePIN Quantum Well Devices
Design and fabrication of PIN diode structures with AlGaAs/GaAs quantum wells for advanced optoelectronics.
Learn MoreAbout 2D Materials: WSSe, ReS2, etc.
Investigation of novel 2D materials including Janus structures and anisotropic TMDs for specialized applications.
Learn MoreCurrent Research Projects
High-Speed 2D Photodetectors
Development of high-speed 2D photodetectors using materials like graphene, MoS2, WS2 , and other 2D materials for cutting-edge optoelectronic applications in communications, sensors, and imaging systems.
PIN Quantum Well Devices
Research on novel quantum well structures in PIN devices, focusing on the development of high-efficiency photodetectors, lasers, and modulators for optical communication and sensing technologies.
About 2D Materials: WSSe, ReS2, etc.
Exploration of 2D materials such as WSSe, ReS2, etc. for next-generation semiconductor devices. The project focuses on integrating these materials into photodetectors, transistors, and quantum computing technologies.
5+
Active Projects
10+
Research Areas
80+
Publications
15+
Collaborations
Join Our Research Team
Be part of cutting-edge semiconductor research and innovation
Get in Touch