Das' most recent research interests involve additive manufacturing and laser-based manufacturing of graphene, nanotubes and other nanomaterials for sensing and energy applications such as electrochemical sensing and electrochemical energy storage. He is keenly interested in studying various other forms of energy storage and conversion sciences. In addition, his core interest lies in the fundamental understanding of the transport physics in micro/nanoscale materials and manufactured devices.
Keywords:
- Nanoscale Physics; Nanoscale Electronic Devices; Nano-Energy and Sensing; Carbon Nanomanufacturing
Dr. Das's core expertise is in electrical transport physics in nanoscale materials and devices. He has extensive experiences in state-of-the art Nano-Fabrication of electronic devices - transistors, transparent conductors, (bio)sensors, and energy harvesters. He enjoys teaching materials and manufacturing, applied sciences related classes.
