Our mission

1. Fundamental Understanding: We characterize electro-chemo-mechanical interfaces using advanced multi-modal operando analysis to gain unprecedented scientific understanding.
2. Autonomous Control: We actively stabilize system behaviors through closed-loop optimization and predictive modeling.
3. Technological Impact: We translate this knowledge into rational strategies to develop next-generation energy storage systems (e.g. solid-state batteries)

Key research approaches

We develop advanced characterization and analysis methods to rigorously study and actively control electro-chemo-mechanics at the interfaces. If you want to explore our unique, integrated research approaches in detail (including multi-modal operando analysis and closed-loop autonomous control), please visit our research vision page.

Advisor Professor : Kim, Younggyu
Laboratory of Electrochemical Materials and Interfaces Homepage