Research

Research

We conduct research on various types of electronic devices and nanostructured thin films, as well as investigate the physicochemical properties behind them. Based on our fundamental findings, we develop next-generation high-performance electronic devices, such as biocompatible neuromorphic devices, resistive random-access memories, and transistors. Our work encompasses a variety of nanomaterials, including inorganic materials, organic-inorganic hybrids, and natural biomaterials. Our laboratory's expertise in supercritical fluids enables us to efficiently design and optimize electronic material films, devices, and systems, making our research all the more compelling.

Neuromorphic Devices and Computing                   Biocompatible devices and Bioelectronics      

Emerging electronic devices Supercritical Fluids Technique