Read More Scince News Scientific 5 hours ago How Quantum Twins Reveal Secrets of the Invisible Universe A prototype from Imperial College demonstrates that paired long-baseline atom interferometers, read by the same laser, can cancel overwhelming phase noise and recover faint signals, advancing searches for dark matter and primordial gravitational waves.
Read More Scince News Scientific 4 days ago Nano-forest solar desalination slashes water costs Chinese scientists created a 3D "nano-forest" photothermal material that powers an off-grid solar desalination prototype. It produces 38.14 kg/m²·h and 20+ L/day of WHO-compliant water, potentially cheaper than bottled water after two years.
Read More Scince News Scientific 7 days ago Swiss Breakthrough: Pixels That See and Display at Once ETH Zurich scientists have built nanophotonic 'two-sided' pixels that can simultaneously display and sense light by converting it to surface waves. Early demos use lasers; privacy and scaling remain open questions.
Read More Scince News Scientific 9 days ago Coin-Sized Quantum Chips? Magnons Last 100× Longer Researchers at the University of Vienna have extended magnon lifetimes nearly 100-fold, reaching 18 microseconds in ultra-pure YIG spheres cooled to 30 mK. This progress paves a materials-driven path toward compact, coin-sized quantum devices.
Read More Scince News Scientific 9 days ago Font-de-Gaume: Scientists Finally Date Ice-Age Paintings Researchers found hidden charcoal in Font-de-Gaume's black pigments and used micro-sampling and radiocarbon dating to place several paintings in the Upper Paleolithic, reshaping timelines for Dordogne cave art.
Read More Scince News Scientific 11 days ago Mohenjo-daro: How an Ancient City Built Shared Wealth A University of York study of Mohenjo-daro finds that, unlike many ancient cities, wealth became more evenly distributed as the city grew — a pattern seen in house sizes, seals, and public infrastructure.
Read More Scince News Scientific 14 days ago Coffee Grounds into Coal in 90 Seconds: Korean Breakthrough Korean researchers developed a flame plasma pyrolysis device that converts wet coffee grounds into coal-like biochar in about 90 seconds, eliminating pre-drying and yielding a high-energy, low-sulfur fuel.
Read More Scince News Scientific 14 days ago China Tests Space-Based Solar Power and Wireless Beaming Xidian University's Zhuri prototype concentrated sunlight with a 4.8 m mirror, converted it to microwaves and beamed kilowatt‑level power to a ground receiver. The tests validate space solar harvesting but highlight deployment, targeting and safety hurdles for future gigawatt orbital farms.
Read More Scince News Scientific 15 days ago Deadly Plague Struck Hunter-Gatherers 5,500 Years Ago Ancient DNA from Lake Baikal burials reveals Yersinia pestis killed hunter-gatherer communities 5,500 years ago. The strains lacked flea-adaptive genes but carried a potent toxin, reshaping ideas about plague origins.
Read More Scince News Scientific 16 days ago A Transistor That Acts Like a Neuron Near Absolute Zero HKU researchers turned silicon-carbide MOSFETs into neuron-like transistors at millikelvin temperatures, enabling energy-efficient cryogenic neuromorphic chips for scalable quantum control and space electronics.
Read More Scince News Scientific 19 days ago Oxford Scientists Create Stranger Schrodinger Cat State Oxford researchers engineered a novel Schrödinger-cat state using a trapped strontium-88 ion, entangling its internal qubit with motional oscillations to create robust quantum states that promise better error correction and sensors.
Read More Scince News Scientific 21 days ago A Jagged Copper Cold Plate That Could Save Data Centers Researchers used topology optimization and electrochemical additive manufacturing to create pure-copper cold plates with jagged fins, boosting chip cooling efficiency and promising major energy savings for data centers.
Read More Scince News Scientific 22 days ago The Jacket That Pulls Drinking Water From Thin Air Researchers at the University of Texas developed a fabric that captures atmospheric moisture and releases it as drinkable water inside a wearable jacket, producing about 400–900 mL per day.
Read More Scince News Scientific 22 days ago Nuclear Clocks Take Shape: Toward Unrivaled Time Precision Researchers have built the first practical prototypes of nuclear clocks using thorium-229 in calcium fluoride crystals. These devices lock lasers to nuclear transitions, promising ultrastable timekeeping and new tests of fundamental physics.
Read More Scince News Scientific 23 days ago Why People Prefer Turning Left: The Global Walking Bias Across countries and settings, a new study finds people tend to turn counterclockwise when moving freely. The modest but consistent leftward bias hints at biomechanical asymmetry and has implications for architecture and crowd safety.
Read More Scince News Scientific 23 days ago Ultrasonic Espresso Cuts Brewing Energy Use by 75% UNSW researchers developed an ultrasonic espresso method that uses room-temperature water and acoustic cavitation to extract coffee, matching traditional shots in taste while cutting brewing energy by up to 75%.
Read More Scince News Scientific 28 days ago Stacked Silicon Chips Could Keep Moore's Law Alive Soon University of Illinois researchers demonstrate monolithic 3D integration using silicon nanomembranes and junctionless transistors, stacking working logic and memory across three layers to extend Moore's Law.
Read More Scince News Scientific 29 days ago Electronics That Stretch Like Skin and Learn Like Brains Soft neuromorphic electronics—stretchable circuits that carry ions and electrons—are closing the gap between rigid hardware and living tissue, enabling wearable AI, electronic skin, and biointegrated devices that learn like the brain.
Read More Scince News Scientific a month ago AI's Growing Thirst Could Outdrink Humanity's Supply A UN report warns that AI's rising power could consume 3% of world electricity by 2030, emit as much as the UK, and use more cooling water than people drink annually — unless governance, transparency and lifecycle planning change.
Read More Scince News Scientific a month ago Lab-Grown Human Brain Cells on a Chip Learn to Play Doom Australian researchers at Cortical Labs trained lab-grown human neurons on a CL1 chip to play Doom, demonstrating real-time learning in living neural cultures and hinting at low-power, biohybrid computing and biomedical uses.
