AFFORDABLE AND CLEAN ENERGY

The utilization of biomaterial feedstocks to fabricate advanced materials is the vital area of the research needed to achieve an energy future independent of fossil fuels. My research concerns the che [...]

All-solid-state fluoride shuttle batteries that use fluoride ions as carriers are attracting attention as batteries with higher energy density than lithium-ion batteries. As a cathode active material, [...]

In the realm of material science, there is a growing focus on leveraging computational approaches to predict and discover novel structures. However, the existing methods involve resource-intensive and [...]

Temperature in thermal plasmas is one of the important parameters that determine transport and thermodynamic properties. An imaging technique that combines a high-speed video camera (HSVC) with a pair [...]

C12A7 mayenite has positively charged cages which can encapsulate anions. We have successfully synthesized mayenite from hydrogarnet precursor prepared by liquid phase method. In addition, we succeede [...]

Organic light-emitting diodes (OLEDs) and organic semiconductor lasers have been highly attractive due to their advantages of lower cost, chemical structural tunability for wide-range emission colors, [...]

I mainly research the following three themes. (1) Higher accuracy of Kuzushiji recognition based on object detection Methods We apply object detection technology to improve recognition accuracy and pr [...]

CO2 reduction coupled with water oxidation by a molecular catalyst and semiconductor has attracted much attention. Recently, we reported a C3N4 photocatalyst physisorbed with a cobalt polyoxometalate [...]

Nanocellulose ‒ sustainable material for proton exchange membrane in hydrogen fuel cells

Thermodynamic Properties of Fluoride ion Battery Cathode Materials

Genetic Algorithm combined with Neural Network Potentials for New Structure Predictions in Material Science

Establishment of a two-dimensional temperature field visualization method for thermal plasmas in mixed gas atmospheres

Development of mayenite-type cage shaped crystals for ion storage application.

Molecular design for moving from fluorescent to TADF emitters toward high-performance OLEDs and organic lasers

Recognition of Japanese Historical Hand-Written Characters Based on Object Detection Methods

Development of a photoanode with double excitation and its application to CO2 reduction coupled with water oxidation

“Future-Creation (MIRAI)” Course Kyushu University SPRING program