Read More Scince News Scientific 3 months ago World’s Smallest Programmable Microrobot Sparks New Futures Researchers have built a fully programmable microrobot—200×300µm and 50µm thick—that senses, computes and swims autonomously in fluid. The device operates on 100 nanowatts from tiny solar cells and could enable medical and environmental microswarms.
Read More Scince News Scientific 3 months ago Paper Mills and Fake Science: A Global Integrity Crisis A Northwestern University study reveals industrial-scale scientific fraud carried out by paper mills, brokers, and hijacked journals. The article explains detection methods, tactics used, and steps to protect research integrity.
Read More Scince News Scientific 3 months ago How Visible Light Lets Us Print Electronics on Skin Researchers used visible light to polymerize water-soluble monomers into conductive polymers, enabling skin-safe, printed electrodes without toxic chemicals. The method promises safer wearables and simpler manufacturing.
Read More Scince News Scientific 3 months ago New 3D-Printed Aluminum Is Five Times Stronger for Aerospace MIT engineers used machine learning and laser powder bed fusion to design a 3D-printable aluminum alloy that is five times stronger than cast aluminum and stable to ~400°C, opening paths for aerospace and thermal-management parts.
Read More Scince News Scientific 3 months ago America’s Breakthrough: Monolithic 3D Chips for AI U.S. universities and SkyWater Technology built the first monolithic 3D chip in a domestic foundry, stacking memory and compute vertically to overcome the memory wall and boost AI performance by orders of magnitude.
Read More Scince News Scientific 3 months ago Ancient Metabolites Reveal Diets, Diseases and Climate Researchers have extracted metabolites from 1.3 to 3 million year old bones, revealing diet, disease and local climate. Paleometabolomics offers a new tool to reconstruct ancient ecosystems with molecular detail.
Read More Scince News Scientific 3 months ago Tiny Power Module Could Help Solve Global Energy Crunch NREL's ULIS is a compact, silicon carbide power module that cuts parasitic inductance and raises energy density. Its low-cost, manufacturable design could boost efficiency across grids, data centers, and electric aircraft.
Read More Scince News Scientific 3 months ago MOCHI: Nearly Invisible Window Insulation to Save Energy Researchers at CU Boulder developed MOCHI, a mesoporous, nearly transparent silicone insulation for windows. MOCHI blocks heat while letting daylight pass, offering a promising path to energy-efficient windows.
Read More Scince News Scientific 3 months ago Why December Seems to Come Faster Every Year — Science Why does December feel like it arrives sooner each year? Neuroscience shows our sense of time depends on attention, memory and novelty. Learn why routine compresses years and how to make time feel fuller.
Read More Scince News Scientific 3 months ago New Microscope Makes Invisible 2D Boron Nitride Glow Scientists developed a phase-resolved sum-frequency microscope that makes atom-thin hexagonal boron nitride visible by upconverting infrared-driven lattice vibrations into bright optical signals for fast, orientation-resolved imaging.
Read More Scince News Scientific 3 months ago AI That Predicts Pedestrian Moves: OmniPredict's Leap OmniPredict, a new multimodal AI, forecasts pedestrian actions in real time to improve autonomous vehicle safety. Tests show improved accuracy and faster, context-aware responses for urban driving.
Read More Scince News Scientific 3 months ago 2.75 Billion Buildings Mapped in a Global 3D Atlas TUM's GlobalBuildingAtlas maps 2.75 billion buildings in 3D using satellite imagery and machine learning. The volumetric dataset improves population, urban planning and disaster planning insights worldwide.
Read More Scince News Scientific 3 months ago Two Tiny Protein Tweaks Could Rewire Crops' Nitrogen Use Aarhus University scientists show that changing two amino acids in a root receptor can flip plants from immune defense to symbiosis, potentially enabling cereals to fix atmospheric nitrogen and reduce synthetic fertilizer use.
Read More Scince News Scientific 3 months ago How a 3.4-Million-Year-Old Foot Alters Human Origins A reanalysis of a 3.4-million-year-old Ethiopian foot links it to Australopithecus deyiremeda, revealing mixed climbing and bipedal traits, distinct diets, and how multiple hominins coexisted in the Afar Rift.
Read More Scince News Scientific 3 months ago Can the Brain Learn Light Codes? Wireless Micro-LED Array Northwestern researchers developed a soft, wireless micro-LED implant that projects patterned light through the skull. Mice learned to read these patterns as new sensory signals, opening paths for neuroprosthetics and bidirectional brain interfaces.
Read More Scince News Scientific 3 months ago Paper-Thin Brain Implant: High-Speed Bridge to AI Minds BISC is a paper-thin brain implant that packs tens of thousands of electrodes and a wireless high-speed link onto a single chip, enabling AI-driven decoding of brain signals for therapies and prosthetics.
Read More Scince News Scientific 3 months ago MIT Ultrasonic Breakthrough: Fast Water from Dry Air MIT researchers developed an ultrasonic atmospheric water harvester that uses a vibrating piezoelectric ceramic to extract potable water from dry air in minutes. The prototype is faster and more energy-efficient than solar evaporation and can work in desert conditions.
Read More Scince News Scientific 4 months ago Biocomputers Grown from Human Brain Cells: Are We Ready? Biocomputers built from human brain cells are emerging as experimental platforms. This article explains organoid intelligence, technical progress, practical uses, and the ethical questions scientists and policymakers must face.
Read More Scince News Scientific 4 months ago Plant-Based Stealth: Carbon Coating Masks Chinese Jets Chinese researchers converted dried loofah into a 4 mm carbon‑nanoparticle coating that absorbs >99.99% of Ku‑band radar waves. The bio‑derived film could cut aircraft RCS dramatically.
Read More Scince News Scientific 4 months ago AI at Light Speed: Single‑Shot Optical Tensor Computing Aalto University researchers demonstrate single-shot optical tensor computing: structured light performs complex AI math in one pass, promising orders-of-magnitude gains in speed and energy efficiency for future photonic AI hardware.
