Research

Research overview

Pioneering Bioiontronics through Functional Ionic Materials

Our research establishes intermolecular interaction design as a foundation for creating functional ionic materials with precisely controlled physicochemical properties.

By integrating bioderived ionic liquids, deep eutectic solvents, supramolecular ionic gels, and two-dimensional materials, we develop soft ionic devices for sensing, energy storage, and transient electronics.

Through this materials-to-device approach, we advance Bioiontronics—sustainable bioelectronic systems that combine high functionality with biodegradability, biocompatibility, and environmental compatibility.

Top Themes

･ Functional Ionic Materials

･ Soft Ionic Devices

･ Bioiontronics