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UKAEA's MAST Upgrade team sustained high-pressure plasma stably using four advanced control methods, real-time visible-light position detection, and nitrogen injection to manage heat exhaust—key steps toward automated commercial fusion.
China's Zhejiang Humanoid Robot Innovation Center is deploying humanoid robots in homes, textiles, and retail, including a landmark 2,000-unit deal with Jack Technology, though experts warn mass commercialization still faces...
Claude's research version advanced the Riemann hypothesis by raising a key lower bound for zeta function zeros from 41.6% to 67.2%, a longstanding benchmark validated by Anthropic mathematicians and independent experts.
Kyoto University researchers used drag data from ~1,200 Starlink satellites to build the first tomographic map of Earth's thermosphere, improving space weather forecasts, satellite tracking, and collision avoidance during solar...
China has completed mirror installation at the world's highest-altitude solar thermal plant in Xizang. The 100 MW facility targets grid connection in October 2026, generating 255 million kWh annually while cutting 165,000 tonnes...
CB&I has completed the first fill of a 20m³ liquid hydrogen tank at NASA's Marshall Space Flight Center, using non-vacuum insulation to reduce costs. Partners including Shell and GenH2 will now evaluate its commercial-scale...
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Tom Stanton built a trebuchet with a 3:1 pulley system and carbon fiber arm, launching a 4-gram projectile at 776 mph—breaking the sound barrier and proving medieval gravity-powered tech can go supersonic.
X-ray laser imaging has captured femtosecond-scale electron movement during chemical reactions, revealing quantum-driven electron jumps and hole migration that trigger bond-breaking—including radiation-induced DNA damage...
Japanese researchers engineered 10,000+ microscopic particles that violate Newton's third law—larger particles attract smaller ones asymmetrically, forming self-propelling pairs that repeatedly break apart and reform, potentially...
Rivers naturally self-organize through physics and fluid dynamics, following consistent mathematical patterns—like their winding-to-straight-line length ratio averaging close to pi—suggesting nature inherently follows hidden...
Chile's Vera C. Rubin Observatory, equipped with a 3,200-megapixel camera, captured over 650,000 galaxies in a single image. It will build a decade-long time-lapse of the southern sky, catching transient events like supernovae at...
Scientists have confirmed the existence of a glueball—matter made entirely of gluons—after analyzing over 10 billion particle decays, ending a 50-year search and validating a key prediction of quantum physics.
An ultra-thin 0.42 nm aluminum oxide buffer at the semiconductor-insulator interface lets transistors use thinner dielectrics without losing performance, offering a viable route beyond conventional silicon scaling limits.
QC Ware used IBM's 156-qubit processor alongside GPUs to calculate the electrostatic energy of nitric oxide reductase, showing how quantum hardware can integrate into existing chemistry workflows for drug discovery and materials...
Gerophysics combines physics and biology to mathematically explain why aging follows exponential patterns despite linear molecular changes. A recent conference of 160 scientists aimed to model healthspan separately from maximum...
Bacteria from a flooded uranium mine can convert 95% of dissolved uranium into a stable compound within 130 days when fed glycerol, potentially enabling bacteria-based cleanup of uranium-contaminated sites.
SDSS Data Release 20 mapped 500,000+ supermassive black holes using optical and X-ray data, revealing that rapidly growing black holes were common early in the universe, with 70–90% of growth hidden behind dust and gas.
China is expanding the Bayan Obo mine's iron ore capacity by 50%, but rare earths are only a by-product. Beijing's strict production quotas mean greater mining capacity won't necessarily increase global rare earth supply.
MIT physicists used laser pulses to disrupt erbium tritelluride, observing two electronic wave patterns recover differently—one smoothly, one in isolated patches—providing new insights into superconductivity and complex quantum...
Titanium dioxide becomes ferroelectric below 3nm thickness due to crystal symmetry breaking, retaining this property down to 1nm. Its existing role in semiconductor manufacturing makes it a promising candidate for denser,...
Ohio State researchers have developed a process converting CO2 and industrial waste into green hydrogen and calcite. It projects hydrogen production below $1/kg and could eliminate 500 million metric tons of annual carbon...
Earth's deep radioactive decay produces neutrinos that a massive underground detector in Canada can capture, revealing mantle heat levels and plate tectonic drivers—offering a non-invasive way to study Earth's interior.
Sunlight can generate quantum entanglement between photons using a solar concentrator and small crystal, achieving 94% entanglement quality—potentially enabling energy-efficient quantum communication, sensing, and secure...
Researchers using the world's largest solar telescope spotted tiny plasma whirlpools, some just 20km wide, on the Sun's surface. These vortices may explain magnetic field line twisting and the Sun's 11-year activity cycle.