RESEARCH

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 [...]

Empty categories (ECs) are unpronounced words with syntactic characteristics. For example, in the following question, “What did John buy Δ?”, Δ is an EC. Different types of ECs have been proposed and [...]

Spin waves and their quasiparticles, magnons, are promising information carriers for next-generation low-power devices because they can transmit information with minimal Joule heating. However, practi [...]

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

The Language Processing of Empty Categories

Realization of a Magnonic Black Hole Enabled by Highly Efficient Spin Injection

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