RESPONSIBLE CONSUMPTION & PRODUCTION

High strength steels with the strength of 1GPa or more have been used for the automotive body structure. Increasing requirements for crashworthiness and energy conservation have led to the demand for [...]

Emerging technologies such as 3D Stacking and Single Flux Quantum (SFQ) are being explored as potential replacements for future multi-core computing architectures. This is due to the many attractive f [...]

The net-zero target and relating regulations pressure firms to adopt low-emission production and marketing practices. As firms must invest in low-emission technologies to meet these new standards, suc [...]

PBC is an archetypal autoimmune disease influenced by the interplay between genetic factors and environmental triggers. However, as previous GWAS have predominantly focused on populations of European [...]

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 [...]

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 [...]

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 [...]

This study focuses on the noise issues caused by blood pumps used in extracorporeal circulation systems (ECMO) involving artificial lungs and pumps. By integrating knowledge from fluid dynamics and bi [...]

Microstructural impact on ductility of martensitic steels for automotive applications

REVISITING 3D STACKING TECHNOLOGY USING SINGLE FLUX QUANTUM (SFQ) TECHNOLOGY

National climate policy, institutionalization and firm value: International evidence

Development and Application of Analytical Methods for Genomic and Multi-Omics Data in Rare Diseases Including Primary Biliary Cholangitis

Quantum Program Analysis

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

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

Research on Noise Generated by Extracorporeal Circulation Systems Using Artificial Lungs and Pumps

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