World's First Low-Speed Two-Stroke Hydrogen-Fueled Engine for Large Merchant Ships Unveiled
World's First Low-Speed Two-Stroke Hydrogen-Fueled Engine for Large Merchant Ships Unveiled
2026-09-14
The world's first low-speed two-stroke hydrogen-fueled engine developed by Japan Engine Corporation (J-ENG), which can be applied to large merchant ships, has completed all onshore combustion verifica...
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On-Demand Switching of Twisting Direction in Graphene Nanoribbons Achieved for the First Time
On-Demand Switching of Twisting Direction in Graphene Nanoribbons Achieved for the First Time
2026-09-10
Can a graphene nanoribbon change its twisting direction like a wringer? Researchers at Nagoya University in Japan have given a definitive answer. According to the latest issue of Nature Communications...
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Kyoto University and Hiroshima University Achieve Entanglement Measurement of Three-Photon W State
Kyoto University and Hiroshima University Achieve Entanglement Measurement of Three-Photon W State
2026-05-14
A research team from Kyoto University and Hiroshima University in Japan has successfully realized an entanglement measurement method capable of identifying the three-photon W state. This marks the fir...
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Venus Atmospheric Superrotation Study Reveals Key Role of Diurnal Tide
Venus Atmospheric Superrotation Study Reveals Key Role of Diurnal Tide
2026-04-22
An international research team has gained new insights into the role of thermal tides in Venus's atmospheric superrotation by analyzing data from Venus spacecraft missions. The study finds that the s...
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Japan NIMS Develops High-Entropy Oxide Magnetic Tunnel Junctions to Break Through Memory Storage Bottlenecks
Japan NIMS Develops High-Entropy Oxide Magnetic Tunnel Junctions to Break Through Memory Storage Bottlenecks
2026-04-22
A research team at the National Institute for Materials Science (NIMS) in Japan has successfully developed a magnetic tunnel junction (MTJ) using a high-entropy oxide, achieving enhanced perpendicular...
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Global Experts Issue Joint Statement to Promote Innovative Applications of Light-Responsive Materials in Photodetectors
Global Experts Issue Joint Statement to Promote Innovative Applications of Light-Responsive Materials in Photodetectors
2026-04-15
A global team of experts from academia and industry has recently issued a landmark consensus statement focusing on the development of next-generation photodetectors based on emerging light-responsive ...
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Northeastern University Develops Novel High-Efficiency Oxygen Evolution Reaction Catalyst
Northeastern University Develops Novel High-Efficiency Oxygen Evolution Reaction Catalyst
2026-04-14
Researchers at Northeastern University in Japan have developed a new catalyst that significantly enhances the rate of the oxygen evolution reaction (OER). The research results were published in the Jo...
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Japanese Scientists Develop New Method to Improve Sodium-Ion Battery Performance and Lifespan
Japanese Scientists Develop New Method to Improve Sodium-Ion Battery Performance and Lifespan
2026-04-14
Japanese scientists have developed a new method that not only improves the performance of sodium-ion batteries but also extends their service life. Sodium is the sixth most abundant element on Earth a...
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Japanese Team Successfully Synthesizes Novel Two-Dimensional van der Waals Oxide 2H-NbO₂
Japanese Team Successfully Synthesizes Novel Two-Dimensional van der Waals Oxide 2H-NbO₂
2026-04-11
Japanese researchers have successfully synthesized a new van der Waals oxide, 2H-NbO₂, which exhibits electronic properties highly relevant to two-dimensional flexibility. The study was led by Assis...
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Progress Achieved in Development of Rechargeable Magnesium Battery Prototype
Progress Achieved in Development of Rechargeable Magnesium Battery Prototype
2026-04-10
Researchers at Tohoku University in Japan have made significant progress in rechargeable magnesium battery technology by developing a new prototype battery capable of operating at room temperature. Th...
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Strain Engineering of Magnetic Nanofilms Achieves Breakthrough in Material Performance
Strain Engineering of Magnetic Nanofilms Achieves Breakthrough in Material Performance
2026-04-09
A joint research team from Osaka University and Tohoku University in Japan has developed a new nanofilm strain engineering technique that enables precise control of the atomic spacing in magnetic mate...
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Machine Learning Helps Predict Bearing Layer Depth, Enhancing Building Safety in Seismic Zones
Machine Learning Helps Predict Bearing Layer Depth, Enhancing Building Safety in Seismic Zones
2026-04-09
In the field of construction, the principle that "the foundation determines the solidity of a building" is deeply rooted, emphasizing the critical role of a stable foundation for the safety of build...
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