Shibaura Institute of Technology Team Proposes Innovative Framework to Improve Energy Pile Design in Soft Clay
Shibaura Institute of Technology Team Proposes Innovative Framework to Improve Energy Pile Design in Soft Clay
2026-01-15
As urbanization accelerates and climate change intensifies, there is an urgent need for sustainable and space-saving building heating and cooling solutions. Energy piles, which combine concrete founda...
More >
Tokyo University Develops Innovative Stem Cell Research Technology, Breaking Through Limitations of Traditional Analysis
Tokyo University Develops Innovative Stem Cell Research Technology, Breaking Through Limitations of Traditional Analysis
2026-01-14
A research team from the Institute of Medical Science at The University of Tokyo has published significant findings in the journal Nature Communications, successfully developing a hematopoietic stem c...
More >
Kyushu University Develops Novel Low-Temperature Solid Oxide Fuel Cell, Advancing Hydrogen Energy Technology
Kyushu University Develops Novel Low-Temperature Solid Oxide Fuel Cell, Advancing Hydrogen Energy Technology
2026-01-14
A research team from Kyushu University in Japan has published groundbreaking results in the journal Nature Materials, successfully developing a solid oxide fuel cell (SOFC) that operates at temperatur...
More >
Japanese Research Group Discovers Quantum Entanglement in Heavy Fermions with Planck Time as Key Factor
Japanese Research Group Discovers Quantum Entanglement in Heavy Fermions with Planck Time as Key Factor
2026-01-04
A joint Japanese research group has observed "heavy fermions" (electrons with significantly enhanced mass) exhibiting quantum entanglement dominated by the Planck time (the fundamental unit of time ...
More >
Tokyo Institute of Science Develops New Method for Evaluating Mechanical Properties of Graphene Nanosheets
Tokyo Institute of Science Develops New Method for Evaluating Mechanical Properties of Graphene Nanosheets
2025-12-27
A research team from the Tokyo Institute of Science has published their latest findings in the journal Nanoscale, proposing a hybrid method that combines molecular dynamics simulations with the Helfri...
More >
Nagoya University Launches First Public Japanese Conversational AI System J-Moshi
Nagoya University Launches First Public Japanese Conversational AI System J-Moshi
2025-12-26
Researchers at Nagoya University in Japan have made significant progress in developing artificial intelligence systems that mimic human speech patterns, launching J-Moshi, the first publicly available...
More >
Origami Art Inspires New Approach to Sustainable Space Debris Management
Origami Art Inspires New Approach to Sustainable Space Debris Management
2025-12-22
The space debris problem is becoming increasingly severe. With the rising number of satellite launches, large amounts of discarded rocket bodies, damaged components, and defunct satellites have accumu...
More >
Innovative Ternary Alloy Thin Film Paves Way for Ultra-Low Power Memory Devices
Innovative Ternary Alloy Thin Film Paves Way for Ultra-Low Power Memory Devices
2025-12-22
Researchers at Science Tokyo have recently reported the preparation of (Al,Ga,Sc)N thin films with a record-high scandium content, showing exciting potential for ultra-low power memory devices. They f...
More >
Novel Carbon Nanotube Film Imager Enables Efficient Non-Destructive Testing
Novel Carbon Nanotube Film Imager Enables Efficient Non-Destructive Testing
2025-12-18
A research team led by Assistant Professor Li Kou from Chuo University in Japan has published the latest findings in Communications Materials, developing a chemically enriched photothermoelectric (PTE...
More >
Japanese Team Develops New Method to Estimate Soil Microbial Biomass
Japanese Team Develops New Method to Estimate Soil Microbial Biomass
2025-12-15
A major breakthrough has recently emerged in soil science, as Japanese researchers have developed an innovative method to estimate microbial biomass using water-extractable organic matter (WEOM) from ...
More >
Kyoto University Team Develops New Method to Precisely Track Black Hole Vibration Modes
Kyoto University Team Develops New Method to Precisely Track Black Hole Vibration Modes
2025-12-10
Black holes, the most gravitationally dominant objects in the universe, dramatically warp surrounding spacetime and, when disturbed, produce detectable gravitational waves in quasi-normal modes. These...
More >
Kansai Electric Power Company Uses Decommissioned Nuclear Plant Metal in Construction Materials for the First Time
Kansai Electric Power Company Uses Decommissioned Nuclear Plant Metal in Construction Materials for the First Time
2025-12-05
On July 11, Kansai Electric Power Company announced that it will use "cleared metal" from nuclear plant decommissioning as structural material for an emergency response center planned for Mihama-cho...
More >
Previous Next Jump to
Confirm