Prof. Sungjin Cho’s research interest focuses on nanotechnology for energy storage material which is essential to move forward in the future. New design of nanomaterial will make all energy storage devices cost-competitive, safe and durable. Nowadays, most nanomaterial is designed to achieve a higher energy and power or other electrochemical performances. However, there are many difficulties found when we use the nanomaterial for energy storage application so it is the time to reconsider and redesign the nanomaterial to fit into energy storage application such as battery, super-capacitor and fuel cell. His goals are to design, synthesize and analyze new structural nanoarchitectured energy storage materials for multiple applications.

Multifunctional Nanostructured Material Design and Synthesis for Energy Storage Application ,High Power/Energy Material and Electrode Design with 3D Nanoarchitecture ,Next Generation Energy Storage Material (Mg-Ion Battery, Li-S/Li-Air Battery) ,All Solid State & Flexible Battery (Solid State Electrolyte), Inductive Coupling Materials for Inductive Charging (Wireless Charge)