AFFORDABLE AND CLEAN ENERGY

In this study, I plan to synthesise FeNi@C nanoparticles using inductive thermal plasma. By adjusting the conditions such as plasma parameters, plasma device settings, and carbon source gas parameters [...]

As the use of renewable energy expands, reversible solid oxide cells, or r-SOCs, which can reversibly operate in power generation and steam electrolysis modes, are attracting attention as a large-scal [...]

TTA-UC has attracted attention as a methodology for converting low-energy photons to high-energy photons, and recently, solid-state TTA-UC is expected to be a further breakthrough. One of the challeng [...]

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 [...]

This study aims to develop AI computing hardware that mimics biological neural circuits, significantly reducing power consumption compared to conventional digital circuits. In particular, it seeks to [...]

To achieve carbon neutrality, the widespread adoption of fuel cell vehicles is progressing. Polymer electrolyte fuel cells are used in fuel cell vehicles. In this study, we evaluate fuel cells using m [...]

Metal cluster is sub-nanometer-sized particles composed of several to several hundred atoms. Superatoms are special types of metal clusters that exhibit atom-like properties and have been intensively [...]

Dendrimers are attractive materials for OLED applications due to their benefits in solution processing and precise control of molecular structures. In particular, carbazole dendrimers have been utiliz [...]

Synthesis of Carbon-coating magnetic nanoparticle by Induction Thermal Plasma

Development of a System Evaluation for Reversible Solid Oxide Cells Integrated with Hydrogen Storage

Elucidation of design guidelines for high-efficiency solid-state UC materials

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

Design of Bio-Inspired Neural Circuits for Ultra-Low Power AI Hardware

Design of Cathode Catalyst Layers for PEFCs Using Mesoporous Carbon

Elucidation of the Photoresponsive Properties of 13-atom Superatoms

Excited state dynamics of thermally activated delayed fluorescent carbazole dendrimer

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