solid electrolyte cell

I have been following the global solid electrolyte cell landscape for several years, and the latest annual solid-state battery summit

I approach the problem of technological opportunity identification for the solid electrolyte cell from a simple but demanding premise: the

I approach the global battery transition from a simple but demanding premise: the solid electrolyte cell is not merely an

In my research, I investigate how outlier patents can serve as early carriers of disruptive technologies in the solid electrolyte

In this study, I examine the global and Chinese patent landscapes of sulfide solid electrolyte cells and construct a quantitative

I designed and evaluated a mixed ion–electron conductive interphase, which I refer to as MIEC, between a sulfide solid electrolyte

I investigate the axial pressure window for solid electrolyte cells by developing a coupled electrochemical–mechanical model that accounts for pressure-dependent

I have spent considerable time examining how energy storage technologies are reshaping the global transition toward low-carbon and electrified societies.

I approach the solid electrolyte cell as a coupled system in which electrochemistry, heat transport, mechanics, and safety cannot be

In my work on solid electrolyte cell architectures, I have concentrated on the central bottleneck that prevents NASICON-type electrolytes from