Our research is emphasized on exploring new materials and new mechanisms to develop safe, lightweight and performance-efficient energy storage technologies for range of applications from milliwatt-scale wearable devices to kilo/megawatt-scale electric & space vehicles. We actively design and engineer advanced materials with a strong focus on structural control at the nano/microscale and the meso-nanoscale. This work forms the basis for the development of complex nano-architectures conceived and optimized for the applications in Supercapacitors, rechargeable Li-batteries, post LIBs (Na/K and Al) and hybrid devices. We are also interested in value-addition of biomass and battery recycling research, aiding shift towards the circular economy and sustainable practices.
