Fabrication of nanodevices using micro and nanolithography, which are of interest in neuromorphic circuits for artificial intelligence.
Email ID: bhupesh@jncasr.ac.in; 1997bhupesh@gmail.com
The work is mainly focused on building simple neuromorphic circuits to emulate synaptic functions using organic nanomaterials.
Email ID: tejusrao@jncasr.ac.in
My current research interest includes the growth of thin film of materials, typically in nanometer regime by deposition techniques like Atomic Layer Deposition (ALD) and Pulsed Laser Deposition (PLD), as well as the solid-state synthesis of 2D layered nanomaterials. We extensively study the electronic, optical and thermal properties of these ultrathin materials for facile use in various potential applications.
Email ID: rohit@jncasr.ac.in; krpcrohit@gmail.com
My current research interest focuses on experimental and theoretical studies of wrinkled twisted graphene stack.
Email ID: km.ankitbrt@gmail.com; ankitkumar@jncasr.ac.in
My research area is focused on developing an artificial synaptic device using interdigitated patterned electrodes for the application of neuromorphic artificial intelligence systems.
Email ID: mousona@jncasr.ac.in
Working on optoelectronic active neuromorphic applications involving localized surface plasmon resonance and electrochemical metallization
Email ID: shubhamkumarmehta90@gmail.com
Investigations of microfluidic systems for smart glass applications and emulating synaptic functions in neuromorphic devices
Email: shubhanshistp@gmail.com
My work is to study low temperature electrical transport phenomena in Neuromorphic devices.
Email ID: baruahsukanya6269@gmail.com;
Optimisation and fabrication of IDE patterns using projection lithography for neuromorphic devices.
Email ID: annama7698@gmail.com
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