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12041 results for "physics discovery"
Former OpenAI VP launches Periodic Labs to revolutionize material science using artificial intelligence. The startup builds AI models for atoms that could accelerate breakthroughs in chemistry, physics, and materials engineering.
Scientists created AI models that learn from real physics data, not text or images. These breakthrough tools can solve problems across astronomy, fluid dynamics, and more by recognizing universal physical patterns.
Researchers from eight countries gathered at Cornell Tech to solve one of science's newest puzzles: how to make AI discover life-changing molecules while staying true to the laws of physics. Their breakthrough approach could speed up the creation of new materials and medicines.
Scientists created AI models trained on real physics data that can solve problems across different fields, from exploding stars to bacteria movement. These foundation models are accelerating discoveries by applying knowledge learned in one science to completely different challenges.
A powerful AI chatbot cracked a complex physics problem about gluons that had stalled a team of top physicists for months. The breakthrough marks the first significant discovery in theoretical physics made with artificial intelligence as a true research partner.
After 15 years of detective work, scientists in China found the strongest evidence yet for a particle made entirely of pure force. Physicists worldwide are calling it a triumph that could reshape our understanding of how the universe works.
Researchers analyzing 650 billion particle decays at CERN's Large Hadron Collider discovered behavior that defies our current understanding of physics. This breakthrough could unlock mysteries like dark matter and reshape science for generations.
A groundbreaking study of over 750 Nobel Prize and major discoveries reveals that new tools and methods, not just funding or theory, drive most scientific breakthroughs. The findings could help us predict and accelerate future discoveries across all fields of science.
A physics discovery made in a Seoul lab has been elevated to an international reference standard, marking a rare moment where Korean-pioneered research is shaping an entire scientific field. The breakthrough proved that magnetism can exist in materials just one atom thick.
Scientists using NASA's MAVEN spacecraft stumbled upon something never seen before: a physics phenomenon squeezing Mars' atmosphere like toothpaste from a tube. This discovery opens a whole new window into how space weather affects the Red Planet.
A Virginia Tech team just won one of science's biggest honors for discovering hints that our understanding of the universe might be incomplete. Their decade-long experiment measured a tiny particle so precisely it revealed something beyond current physics.
Researchers at CERN's Large Hadron Collider discovered particle behavior that defies our fundamental understanding of physics, potentially opening doors to unknown forces and particles. The findings could explain mysteries like dark matter that make up 25% of our universe.
Chinese physicists have spotted what could be the first glueball, a bizarre particle predicted by physics but never confirmed until now. This discovery validates decades of theoretical work about how the universe's strongest force operates.
OpenAI's latest model helped researchers solve a decades-old puzzle in particle physics by spotting patterns humans couldn't see. The breakthrough could reshape how scientists tackle complex theoretical problems.
Scientists just proved that empty space isn't actually empty by observing a magnetic star. The discovery confirms a mind-bending 90-year-old theory about how the universe really works.
The world's leading particle physics laboratory houses a bronze statue of Lord Shiva as Nataraja, the cosmic dancer. Scientists say the ancient Hindu imagery perfectly captures the rhythm of quantum physics.
Scientists in India discovered electrons in graphene flowing like a nearly frictionless liquid, defying a 150-year-old physics law. This breakthrough could unlock powerful quantum sensors and let researchers study black hole physics in a lab.
J.J. Thomson announced the discovery of the electron 127 years ago today, revealing the tiny particle that powers everything from smartphones to solar panels. His groundbreaking work at London's Royal Institution transformed our understanding of atoms and launched the age of electronics. #
A brilliant mathematician proved the laws that Einstein relied on, predicted unknown particles, and changed physics forever. Yet Emmy Noether remains virtually unknown outside science circles.
Engineers can now test vehicle designs and robots in virtual wind, water, and crash scenarios twice as fast using new AI that actually understands physics. MIT's GeoPT could eliminate countless expensive physical experiments while making simulations more accurate than ever.
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