NCHU Team Solves the Mystery of Deep Moonquakes 🌔 — First Electromagnetic Evidence Reveals Lunar Mantle Heterogeneity and Partial Melting
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National Central University has unveiled innovative research in muon imaging (muography), successfully transforming traditional geophysical exploration techniques and injecting new momentum into national sustainable development.
youtu.be/cTgrhJMo1j0
The research team at National Central University’s Hydrogen Energy Research Center improved water electrolysis efficiency and reduced energy consumption through systematic material and process optimization.
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National Central University conducts cross-national research to analyze ionospheric variations, with the potential to advance earthquake and tsunami early warning technologies.
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A research team from NCU’s Department of Mechanical Engineering successfully develops a fully automated PCB residual-adhesive inspection and laser repair machine.
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“Building on the foundation of the Nobel Prize! NCU develops new MOF applications, paving the way for promising rare-earth recycling methods.”
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A rare “plasma mega-cavity” appears above Earth!
National Central University team uncovers the mysterious phenomena behind the geomagnetic storm
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Professor Chia-Chun Tung of National Central University has developed a new method for evaluating how slate formation permeability varies with depth, offering a fresh approach to geothermal resource assessment and power plant feasibility in Taiwan.
National Central University Uncovers a 50-Year-Old Hidden Liquid Crystal Phenomenon
The study broadens its applications beyond displays, with strong potential in optical components, communications, and thermal sensing.
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Professor Tang-Huang Lin of National Central University led a study on Taiwan’s PM2.5 composition using machine learning. Supported by the NSTC and MOE, the results were published in Atmospheric Pollution Research.
Professor Kuo-Ying Wang of NCU reconstructed conditions around the aircraft incident using geostationary satellite data. The study links the turbulence to a Deep Convective Cloud (DCC) system, published in Nature – Scientific Reports.
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📍The Office of Research and Development and the College of Science at National Central University visited Hiroshima University in Japan to initiate international research collaboration.
Assistant Professor Hsu Po-Chun and Ph.D. candidate Nguyen Thi Kieu Diem from National Central University explored how marine heat impacts typhoon intensity, providing insights for better forecasts and disaster planning.
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