AFFORDABLE AND CLEAN ENERGY

Recently, external electric fields (EEFs) have been investigated as a tool to control the reactivity and selectivity of chemical reactions. This effect can be used to control the activation energy of [...]

Self-propelled particles (SPPs) can move by consuming their fuel. Therefore, the energy is injected into the systems, and those systems are dissipative. In other words, those systems are a non-equilib [...]

Green energy transition requires a significant amount of mineral resources, consequently, demand for earth resources is increasing, and deeper underground deposits are expected to be mined. Certain is [...]

With the liberation of the energy market, over 700 new energy companies have been established, including over 50 Municipal energy companies（MEC, new energy companies invested by local government）. MEC [...]

Our research aims to develop efficient electrode materials for fuel cell cathodes to enhance the performance of the oxygen reduction reaction (ORR). We propose a novel heterogeneous catalytic system c [...]

Si-IGBTs utilize trench gate structures to achieve miniaturization and reduce on-state voltage. Performance improvements through scaling are also being explored. During the thermal process, large stre [...]

The purpose of this study is to open a new field of fatigue research, since a phenomenon that broken common sense was found out: (1) Re-propagation of non-propagating crack after 10 ^ 7 Cycles; (2) un [...]

The magnetotelluric (MT) method is a passive electromagnetic method used to infer the subsurface electrical conductivity. The MT method is widely used for mineral, petroleum and geothermal exploration [...]

Development of chemical reactions in electric double layers using electric fields as catalysts

Simulation of Self-Organization by Self-Propelled Particles Focusing on Effective Excluded Area

Enhancement of underground mining design by analyzing the stability of underground openings using numerical modelling

A study on Municipal Energy Companies（MECs）in Japan

Theoretical prediction of new ORR catalysts based on first principles and multi-scale calculations

Study on Next-Generation Si-IGBT through Device Manufacturing Process and Structural Optimization

The effect of damage accumulation mode on fatigue crack propagation behavior and fatigue life

The research on data processing techniques for the magnetotelluric method

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