Nitish Kumar's current work focuses on the development of Janus graphene-based materials for sodium-ion batteries. His research interests include the development of anode and cathode active materials for sodium-ion batteries. He has experience in the synthesis of various graphitic carbons, metal oxides, metal-organic frameworks, and graphene composite materials for their applications in supercapacitors and metal ion batteries (lithium, sodium, and zinc).

Zhe Qu's work mainly focuses on developing biomaterials-based binders for lithium batteries. Her research work includes investigating the working mechanism of different binders in lithium batteries using advanced characterization methods. Besides, she works on the modification and application of Zn-ion batteries from micro to macro scales.

Guangliang Tian currently works on the fabrication of high-performance flexible sensors for battery health monitoring. His research interests are within the fields of the synthesis of two-dimensional materials, the structural design of sensors and batteries. Also, he focuses on wearable sensors for human health monitoring and wearable human-machine interfaces.

Bharathkumar's current work focuses on the development of polymer binders and functional materials for metal ion and metal-sulfur batteries. He has experience in the synthesis of various organic functional materials including conducting and porous organic polymers, redox active molecules, and functional binders for metal ion and sulfur batteries (Lithium and Sodium).