Presentation Information
[1E07【招待講演】]Towards a deeper understanding of solid–liquid interface electrode processes through integrated experimentation, simulation and machine
*Ken Sakaushi1 (1. National Institute for Materials Science)
We present several approaches to accelerate the discovery of electrochemical materials and elucidate microscopic electrode processes at electrified solid–liquid interfaces. We contend that both avenues are indispensable: an in-depth understanding of electrochemical fundamentals is essential for the rational design of high-performance electrocatalysts with on-demand elements, while the development of such electrocatalysts, in turn, facilitates deeper insights into microscopic electrode processes. To this end, we respectively employed data-science to expedite the identification of promising electrocatalysts, and state-of-the-art computational techniques to unravel the complex microscopic behaviours of electrified solid–liquid interfaces. In this talk, several key findings from our research team that exemplify these approaches will be showcased.