RESEARCH

One of the decarbonization efforts in the energy sector is the production of hydrogen using electricity from renewable energy sources such as offshore wind turbines. In this case, relying solely on pu [...]

In the future, fish sterilization-fertility control technology will be important in the aquaculture industry. Since sterilized fish do not produce the next generation, it leads to prevention of geneti [...]

In communication between robots and humans, it is anticipated that interactions involving physical touch will increase in the future. However, it remains unclear how humans alter their movements based [...]

Museums worldwide are reconsidering how collections can function as social and educational resources rather than objects of preservation alone. This research redefines design collections as “Active Co [...]

Lath martensite is the primary microstructure of ultra-high-strength steel sheets (advanced high-strength steels, AHSS) with tensile strengths exceeding 2.0 GPa and has been widely applied to automoti [...]

In recent years, the electro-magnetic concentration method and the laser-driven capacitor-coil achieved generation of kilo-tesla magnetic fields in laboratories. In addition, high-resolution observati [...]

The main contributions of this research so far are as follows: · Developed several efficient algorithms for α-FCGP (which is a generalization of various important size-constrained optimization [...]

Circadian rhythms have traditionally been analyzed using period, phase, and amplitude, while the “shape” of waveforms has been overlooked. This study uses curvature from differential geome [...]

Research on development and design of filtration treatment equipment for pure water production

Development of fish sterilization and new breeding technologies using marine fish model

A Proposal for a Robot that Mimics the Characteristics of Physical Touch Movements Based on Differences in the Emotions Conveyed

Design as an Active Collection: Development of an Educational Model for Knowledge Formation through Tactile Engagement

Achieving Ultra-High Strength and High Ductility in Lath Martensite via Controlling Heterogeneous Deformation and Grain Boundary Strengthening

Non-perturbative effects in photon absorption spectra of atoms in high magnetic fields

Efficient Algorithms for Size-Constrained Combinatorial Optimization Problems

Harmonicity of circadian rhythms

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