INDUSTRY, INNOVATION AND INFRASTRUCTURE

Significant energy savings can be expected by effectively utilizing low-temperature heat treatment under 200 ℃ in the actual steel production process, however, there are many unclear points about the [...]

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 [...]

Enterococcus faecalis, as the opportunistic pathogens, contains several virulence factors have been thought to contribute to infections especially in hospital. In this study, the novel lytic bacteriop [...]

Utilization of Wild Plants and Their Wastes: Potential for Treatment of Skin Disorder and Their Mechanisms

Department of Agro-environmental Sciences, Graduate School of Bioresource and Bioenvironmental Sciences

Forest resources are the richest resource trove on earth. Including woods, plants, animals, fungus and so on. It also includes natural secondary metabolites derived from forest organisms such as ligni [...]

This study aims to develop innovative biological control of white root rot for sustainable natural rubber production. It will explore and identify novel strains of mushroom-parasitic Trichoderma speci [...]

This study investigates the superposition of stress induced by opposing coal mining faces and the optimization of roadway support under strong dynamic pressure. Through theoretical analysis, field tes [...]

Design of an Energy-Saving Diagnosis and Feedback System Based on the Analysis of User Behavior and Energy Consumption in Small and Medium-Sized Offices, and Its Energy-Saving Effects

Department of Architecture, Graduate School of Human-Environment Studies

This study focuses on small and medium-sized offices, aiming to analyze the correlation between user behavior and energy consumption, and to design a feedback and energy-saving diagnosis system to pur [...]

Quantitative extraction of land surface change areas associated with slope failure and observation of slope change conditions using satellite data

Department of Civil Engineering, Graduate School of Engineering

Slope failure is a process of geomorphological changes caused by geophysical and meteorological factors, such as heavy rainfall and earthquakes. Currently, visual interpretation based on aerial photog [...]

Simplification of microstructure-control process for producing high tough and strength steels with a view to a decarbonized society

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

Study on biocontrol of pathogenic Enterococcus faecalis by phage and endolysin

Utilization of Wild Plants and Their Wastes: Potential for Treatment of Skin Disorder and Their Mechanisms

Development of Innovative Biological Control for Sustainable Rubber Production

Study on the Superposition Law of Disturbance Stress Induced by Opposite Retreating Working Faces

Design of an Energy-Saving Diagnosis and Feedback System Based on the Analysis of User Behavior and Energy Consumption in Small and Medium-Sized Offices, and Its Energy-Saving Effects

Quantitative extraction of land surface change areas associated with slope failure and observation of slope change conditions using satellite data

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