Regular biography
Teppei Yamada is a Professor at The University of Tokyo, affiliated with the Department of Chemistry (UG) and the Department of Chemistry (GR) in the Graduate School of Science. His research focuses on inorganic chemistry, with particular emphasis on coordination energy chemistry, ionics, MOF, host-guest chemistry, thermoelectric materials, electrochemistry, and thermo-response. Yamada's work explores the intersection of these fields to advance understanding in materials science and energy applications. His profile page provides further details on his research and contact information.
Scholar-generated biography
Teppei Yamada is a researcher at the University of Tokyo, specializing in Coordination Chemistry, Inorganic Chemistry, Electrochemistry, Battery, and Solid-state ionics. His work focuses on developing materials with high proton conductivity, such as metal–organic frameworks (MOFs) and coordination polymers, for applications in electrochemical systems and energy storage. Yamada's research explores the design and synthesis of materials that enable efficient proton transport, including the integration of ionic liquids and the control of crystalline pathways for enhanced ion conduction. His studies also address challenges in low-humidity proton conduction and the development of superprotonic conductors for use in fuel cells and batteries.