Electrochemical energy storage is vital for future clean energy infrastructure. Our Electrochemistry and Clean Energy Lab is dedicated to addressing critical challenges in high-energy-density batteries (for example, Li-metal batteries), with a specific focus on enhancing their practical viability and intrinsic safety.

    Our core research areas include advanced electrolyte design, elucidating electrode-electrolyte interfacial reaction mechanisms, and precision interphase engineering. By integrating chemistry, materials science, physics, and surface science, we explore novel chemistries and design functional materials to push the boundaries of energy storage technology.