Breaking 17:20 Apple expands ads in maps as unified business platform rolls out 17:00 Robinhood and Webull jump after US SEC approves removal of day-trading limits for small investors 16:30 Big advertising agencies settle US FTC probe over alleged boycott of political content 16:20 VW warns China car market may shrink for first time since 2018 16:00 Steve Aoki exits crypto holdings as Bored Ape NFTs lose 88% value 15:40 Anthropic shifts to usage pricing for enterprise AI customers 15:20 European farmers cut crops as Iran war disrupts fertilizer supply 15:00 Tesla completes AI5 chip design with mass production targeted for 2027 14:40 Renewables offset Hormuz crisis as fossil power output falls 14:20 Unitree launches $8,200 humanoid robot globally via AliExpress 14:00 Donald Trump threatens to reconsider trade deal with the United Kingdom 12:40 Gold holds near record as oil slips on US Iran talks hopes 11:00 Washington expands funding for HIV preventive treatment, with Morocco among targeted countries 10:34 Parliament: Aziz Akhannouch details the Moroccan government’s record 10:33 Anthropic draws funding offers valuing AI startup up to $800 billion 09:20 Trump attacks UK energy policy over North Sea drilling ban 09:17 Freight train derailment in North Bergen shuts Route 3 09:01 Honda recalls over 440,000 minivans in the United States over airbag software issue 08:40 James Webb spots massive exoplanet challenging planet formation limits 08:20 Iran war accelerates global shift toward China-led energy future 08:15 American-Kuwaiti journalist detained in Kuwait amid regional tensions


Physicists create first computer model of long theorized ideal glass

Physicists at the University of Oregon have produced the first computer model of an “ideal glass,” a theoretical form of matter in which molecules are packed as tightly and stably as possible while still maintaining the disordered structure typical of glass. The achievement, reported in Physical......

New imaging technique reveals microscopic networks behind catalyst reactions

Scientists from the University of Warwick and the Massachusetts Institute of Technology have directly observed how microscopic networks on catalyst surfaces coordinate chemical reactions, challenging long standing assumptions about how catalysts function. The discovery could accelerate the development......

Forty years of data reveal subtle shifts inside the Sun

Researchers analyzing more than four decades of solar observations have discovered that the internal structure of the Sun changes subtly between periods of low magnetic activity, a finding that could improve predictions of solar storms and their effects on Earth. A team from the University of Birmingham......

Jupiter-bound spacecraft captures striking images of interstellar comet 3I/ATLAS

A European Space Agency spacecraft traveling toward Jupiter has captured detailed images of the interstellar comet 3I/ATLAS, revealing a bright coma and a long tail of gas and dust as the rare visitor speeds away from the solar system. The observations were made by the Jupiter Icy Moons Explorer mission,......

China explores space solar station concept to weaken typhoons

Chinese researchers working on an ambitious space based solar power project say the technology could eventually serve purposes beyond clean energy generation, including the possibility of weakening typhoons and wirelessly recharging satellites across space. Duan Baoyan, the chief scientist behind China’s......

Cornell imaging method reveals atomic scale defects in semiconductor chips

A Cornell led team has directly imaged atomic scale defects inside advanced computer chips, using a high resolution three dimensional electron microscopy technique developed with Taiwan Semiconductor Manufacturing Company and Advanced Semiconductor Materials. The method, based on multislice electron......

Six planets to align in weekend sky event

A rare planetary alignment will be visible this weekend as six planets—Mercury, Venus, Neptune, Saturn, Uranus, and Jupiter form an arc across the night sky. NASA says the so‑called “planetary parade” will peak on February 28, offering a fleeting chance to observe multiple planets......

Interstellar comet 3I/ATLAS departs after brief stop in our skies

Interstellar comet 3I/ATLAS is now racing away from the inner solar system after a fleeting but revealing visit that has given astronomers fresh insight into the chemistry of deep space. The icy body is only the third confirmed object known to have entered our planetary neighborhood from another star......

Satellite mega-constellations raise climate and ozone concerns

The rapid expansion of satellite constellations in low Earth orbit is drawing increasing concern from the scientific community. Researchers warn that the routine incineration of decommissioned satellites as they reenter the atmosphere could alter Earth’s climate and threaten the ozone layer. As......

Microrobot swarms use spinning flows to move massive objects

Swarms of magnetic microrobots can now rotate and transport objects tens of thousands of times heavier than a single robot by stirring surrounding liquid instead of pushing directly on their targets. Each microrobot is a tiny disk roughly 300 micrometers across that spins under a controlled magnetic......

Nobel laureate’s desert device pulls drinking water from dry air

The Palestinian American chemist Omar Yaghi, who shared the 2025 Nobel Prize in Chemistry for pioneering metal organic frameworks, has turned a childhood shaped by water scarcity into a technology that can draw drinking water directly from the air, even in some of the driest places on Earth. His company,......

Researchers push safer eco-friendly batteries from lab concept to reality

Scientists in China and the United States have unveiled a wave of new battery designs that aim to reduce fire risk, cut reliance on scarce metals and limit environmental damage, marking a significant step toward safer, more sustainable energy storage. The latest results span organic lithium cells, water-based......

Scientists trace antarctic gravity hole to 70 million years of deep earth shifts

Two new scientific studies are reshaping understanding of Antarctica’s geological past and its potential future, linking slow-moving forces deep within the Earth to the evolution of the continent’s vast ice sheets. Researchers have traced the origins of Antarctica’s so called gravity......

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