AFFORDABLE AND CLEAN ENERGY

The lifetime of the excited triplet state (T1) is over 1,000 times longer than that of the excited singlet state (S1). The long-lived T1 state induces non-radiative exciton decay processes, leading to [...]

In recent years, rechargeable batteries that combine high safety with high energy density have been required to realize a carbon-neutral society, and all-solid-state batteries have attracted attention [...]

Photocatalytic water splitting has garnered increasing attention as a promising energy conversion technology, particularly due to the recent development of an InGaN/GaN nanowire thin-film photocatalys [...]

Precious metal complexes such as platinum(II), which have been widely used as photo-functional materials, are costly and resource limited, driving strong demand for their replacement with more abundan [...]

Arachidonic Acid present in living organisms is oxidized enzymatically to produce Prostaglandins. Prostaglandins are involved in the regulation of inflammation and the lowering of blood pressure. On t [...]

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, [...]

Ferroelectrics are promising materials for next-generation memory devices because their spontaneous polarization can be reversed by an external electric field. This study focuses on hydrogen-bond netw [...]

Singlet-triplet inversion by introducing polarized states

Elucidation of the Crack Formation Mechanism in All-Solid-State Batteries

Photocatalytic water splitting on gallium-indium-based semiconductor

Development of luminescent nickel(II) complexes by controlling assembly-induced states

Collective synthesis of prostanes via photocatalytic coupling

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

Thermodynamic Properties of Fluoride ion Battery Cathode Materials

Development of Novel Ion-Conducting Ferroelectric Materials and Elucidation of Polarization Mechanisms

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