Get hand-picked daily summaries of the best, most informative science and engineering articles from around the web. Browse recent summaries, then jump to the original source when you want the full article.
Researchers confirmed that sharp nanoscale wrinkles in graphene generate electric charges through shape alone—a flexoelectric effect up to 10 million times stronger than in larger systems—potentially enabling ultrathin sensors and next-generation electronics.
Moroccan researchers developed a low-cost method to convert potassium-rich rocks into slow-release fertilizer by crushing, mixing with chemical agents, and heating them to 200°C. Lab tests confirmed corn and soy absorbed...
New research from the STAR collaboration suggests that a proton's baryon number—what makes it stable—may reside in a Y-shaped gluon structure called a baryon junction, not in quarks as long assumed.
Quantum computing could break today's encryption by 2040, but organizations have time to act. Intel's Xeon 6 already includes quantum-resistant features, giving businesses a clear window to gradually modernize their cryptographic...
Webb astronomers discovered MoM-BH*-1—a 100,000-solar-mass black hole wrapped in hydrogen gas, mimicking a giant star. It emits 100 billion times more energy than any star, potentially explaining Webb's mysterious early-universe...
James Bruton built a rideable four-legged robot that walks smoothly on flat ground but struggles on uneven terrain. His latest fix: passive pivot ankles that self-level and lock in place without extra motors.
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AI is flooding mathematics with low-quality, duplicate papers, driven by career incentives that reward output over understanding. This risks disengaging mathematicians from real mathematical thinking, threatening the profession's...
ZEST, developed by RAI Institute and Boston Dynamics, trains humanoid robots to perform complex movements—like backflips and breakdancing—using motion capture, video, and animation data. It trains in ~10 hours on one GPU and...
Researchers used concentrated sunlight instead of lasers to generate entangled photon pairs with 94% fidelity, demonstrating a potential path to solar-powered quantum systems for satellites and remote locations.
A brain network operating at 20–35 Hz appears to determine deep brain stimulation's effectiveness in Parkinson's patients. Mapping its location and timing simultaneously in 50 patients could help optimize treatment for...
The Sun and Moon's similar apparent sizes aren't purely coincidental—orbital mechanics mean the Moon spends ~75% of its lifespan in a "Goldilocks Zone" where both objects appear nearly equal in size.
Kyoto University researchers used Starlink data and medical-style tomography to map atmospheric density at 500km altitude—a first. The technique could enhance satellite collision predictions and space weather forecasting in...
Argonne researchers found that atomic-level disorder in silicon quantum wells causes inconsistent qubit behavior by reducing "valley splitting," letting electrons leak into error-causing states. Fixing this could help...
Wuhan University of Technology researchers improved sodium-ion battery durability by thinning cathode crystals to reduce internal cracking, achieving 96.7% capacity retention after 300 cycles—advancing grid-scale energy storage...
Ten landmark rockets transformed spaceflight through key engineering breakthroughs—from the V-2's liquid propulsion and Saturn V's massive thrust to Falcon 9's reusable boosters and Electron's 3D-printed electric pumps—each...
Physicists at Beijing's BES III experiment found strong evidence of glueballs—particles made purely of gluons—potentially explaining how protons gain mass and filling a critical gap in the Standard Model.
Adult brains can self-repair better than previously thought: specialized "regenerative" astrocytes send new cell nuclei long distances to rebuild damaged tissue, potentially enabling new treatments for brain injuries and...
SunHydrogen's solar-to-hydrogen modules achieved 10% efficiency in tests with Sparc Hydrogen, launching a 24-month partnership. The modules split water directly using sunlight, though commercial viability still hinges on...
NEOM's $8.4B green hydrogen plant in Saudi Arabia is entering commissioning, targeting 2027 commercial operations. It will produce 600 daily tons of hydrogen—converted to ammonia for transport—potentially avoiding 5M tons of...
MoM-BH*-1, spotted by Webb, may be a "black hole star"—a 100,000-solar-mass black hole wrapped in a hydrogen shell—potentially explaining mysterious "little red dots" observed in the early universe.
Biosolar rooftops combining native plants and solar panels reduced surface temperatures by up to 28°C, boosting solar output by 23%, while retaining 73% of stormwater, supporting 39 species, and capturing 24 kg of air pollutants...
A graduate student extended quantum physics' uncertainty principle to apply to fractals, shapes that repeat at any scale. This could improve our understanding of quantum particle behavior in complex, real-world environments.
University of Colorado researchers developed Opto2P-FCM, a 5-gram head-mounted microscope that simultaneously images and stimulates individual brain cells in freely moving animals, potentially advancing research into Alzheimer's,...
On August 12th, a total solar eclipse crosses Europe, with totality visible in northern Spain, Portugal, Greenland, and Iceland. If photographing it, use a telephoto lens, solar filter, and tripod—but take a moment to just look...