INDUSTRY, INNOVATION AND INFRASTRUCTURE

Polymer electrolyte fuel cells (PEFCs) are increasingly being applied in the transportation field, particularly in fuel cell vehicles, and are expected to be used in larger vehicles such as trucks and [...]

This research aims to elucidate the mechanism of durotaxis and derive the equation of motion for cells. Cells generate forces spontaneously and move through interactions with the substrate, but the re [...]

This research aims to develop a capillary break-up method to evaluate the shear rate dependence of viscosity in molten substances. It will focus on the flow properties of mold flux at high temperature [...]

Hydrogen energy technology is a key driver in decarbonization, with applications for various industries. In the fields of power generation and hydrogen production, devices that use polymer-based elect [...]

Even the simplest of living cells are complex biological machines. This makes figuring out the physical principles behind many of the processes that occur inside them incredibly difficult. To solve th [...]

While crucial for scientific advancements, supercomputers pose a significant environmental challenge due to their excessive carbon footprint. The lifetime carbon footprint of a supercomputer includes [...]

Analysis of Inhalation Exposure to Microplastics in Indoor Environments based on the Adsorption Model of SVOCs and Numerical Respiratory Tract Model

Department of Interdisciplinary Engineering Science, Interdisciplinary Graduate School of Engineering Sciences

In recent years, the issue of microplastics in the marine environment has emerged as a societal concern in the context of environmental problems. On the other hand, indoors, where it is estimated that [...]

Study on Chemical Durability of Polymer Electrolyte Fuel Cells.

Derivation of the equation of motion for cells through the elucidation of the mechanism of durotaxis

Evaluation of the Flow Properties of Molten Oxides Using Capillary Break-Up Rheometry

Development of highly gas-permeable blend ionomers for polymer electrolyte fuel cells and water electrolysis

Study of intracellular active gels by artificial cell reconstitution: from cellular dynamics to multicellular order

Carbon-aware Hardware Upgrade Policy Design of Supercomputers

Analysis of Inhalation Exposure to Microplastics in Indoor Environments based on the Adsorption Model of SVOCs and Numerical Respiratory Tract Model

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

INDUSTRY, INNOVATION AND INFRASTRUCTURE

Study on Chemical Durability of Polymer Electrolyte Fuel Cells.

Derivation of the equation of motion for cells through the elucidation of the mechanism of durotaxis

Evaluation of the Flow Properties of Molten Oxides Using Capillary Break-Up Rheometry

Inspection of light dark matter model

Development of highly gas-permeable blend ionomers for polymer electrolyte fuel cells and water electrolysis

Study of intracellular active gels by artificial cell reconstitution: from cellular dynamics to multicellular order

Carbon-aware Hardware Upgrade Policy Design of Supercomputers

Analysis of Inhalation Exposure to Microplastics in Indoor Environments based on the Adsorption Model of SVOCs and Numerical Respiratory Tract Model