Currently my group research is focused on developing advanced engineering devices by utilizing a combined interface between concepts of physics and smart engineering designs. We mainly employ underlying physics of 0D, 1D and 2D materials.
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Currently my group research is focused on developing advanced engineering devices by utilizing a combined interface between concepts of physics and smart engineering designs. We mainly employ underlying physics of 0D, 1D and 2D materials. Lab-facilities for controlling the material design parameters and micro fabrication of nano and micro device systems are developed and currently being utilized for multiple applications ranging from devices for chemical sensors at large scale, smart actuators, micro supercapacitors, advanced bolometer and photodetector. We microfabricate gas sensors exploiting the interfaces between metal-semiconductor and semiconductor-semiconductor interfaces. We develop self-powered systems for energy efficient devices without requiring any external bias voltage. We have developed electrochemical capacitors to store energy while devices are illuminated with the light. Small scale interfaces have a wide scope to develop novel devices for various engineering applications. The group works on various challenging problems for a great societal impacts:
Congratulations Vinod for winning second prize for KRSS Awards 2024.
Prof. Abha Misra received the prestigious “BPCL Innovation Awards 2023”.Click here for details.
Article “Gate field induced extraordinary energy storage in MoS2-graphene based ultramicro-electrochemical capacitor” received a world-wide media attention.
Pankaj, Raman Postdoctoral Fellow, joined department of Science and Technology as a Scientist.
Sumana, successfully defended her thesis
Research positions openings, please click “Opportunities” for more information
