INDUSTRY, INNOVATION AND INFRASTRUCTURE

Quantum computing, with its groundbreaking potential, is positioned to transcend the computational boundaries faced by classical computing systems. However, the novelty and complexity of quantum progr [...]

This study aims to investigate the relationship between gingival mesenchymal stem cell (GMSC)-derived exosomes and periodontal tissue regeneration and elucidate the molecular mechanisms of periodontal [...]

This study aims to develop high-performance carbon materials by utilizing both carbonized solids and by-products (tar and gas) obtained from the pyrolysis of marine and terrestrial biomass. By analyzi [...]

Adhesive-free direct bonding of CFRP and metal enables lightweight, low-cost structures, but the thermal expansion mismatch induces residual stress at the interface, and the fracture mechanism under t [...]

Resonant converters are anticipated to play a pivotal role in electric vehicles, renewable energy systems, and data center power supplies. However, their societal impact remains limited due to an unre [...]

Stroke is the third leading cause of disability globally [WHO2004], with 88% of survivors experiencing impaired hand function [Ducan2003]. In low- and middle-income countries (LMICs), rehabilitation a [...]

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 [...]

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 [...]

Quantum Program Analysis

Mechanism of periodontal tissue regeneration by periodontal stem cell-derived exosomes

Creation of High-Value Carbon Materials from Terrestrial and Marine Biomass

Temperature and Strain Rate Dependent Fracture in CFRP/Aluminum Direct Bonding

A Novel Control Strategy for Resonant Converters Achieving Fast Transient Response

A study on hand rehabilitation device based on in-hand exoskeleton mechanism

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

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

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