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24 results for "physics breakthrough"
Physicists have found a completely new type of magnet that could revolutionize computers and data storage while using far less energy. The most surprising part? Many of these "altermagnets" were well-known materials that scientists had been studying for years without realizing their hidden superpowers.
Scientists in China have developed a breakthrough crystal that brings us closer to ultra-precise nuclear clocks that could navigate submarines and spacecraft without GPS. The innovation solves a decades-old challenge in creating the exact wavelength of light needed for these next-generation timepieces.
Scientists at the world's most powerful particle accelerator just got their clearest look yet at the primordial soup that filled the universe moments after its birth. The discovery reveals how the building blocks of everything came together in the first fractions of a second.
The physicist who made Harry Potter's cloak real 20 years ago has moved on to something even wilder. John Pendry is now bending light through time instead of space.
Scientists in Warsaw just made ultra-secure quantum communication cheaper and easier by using a physics phenomenon first discovered in 1836. Their breakthrough system needs just one detector instead of complex equipment, opening the door to practical quantum encryption for everyone.
Researchers using ultra-fast X-ray lasers finally caught water in the act before freezing, solving a mystery about why this life-giving liquid behaves so strangely. The discovery reveals water exists in two distinct liquid states at the moment before it turns to ice.
Physicists at CERN successfully transported 92 antimatter particles in a truck, marking the first time antimatter has ever left the lab. This breakthrough could unlock new discoveries about why our universe exists.
CERN researchers successfully moved 92 antiprotons in a specially designed magnetic bottle on a 30-minute truck journey, making history as the first-ever antimatter transport. The breakthrough could unlock new ways to study the universe's deepest mysteries in quieter lab environments.
CERN researchers successfully transported antimatter particles around their campus in a portable trap, opening the door to delivering these rare particles to labs across Europe. This breakthrough could revolutionize our understanding of why the universe exists.
Physicists just figured out key nuclear secrets behind how gold forms during exploding stars. The breakthrough could help us understand how the universe creates its heaviest elements.
Scientists at the University of Illinois have discovered that magnets can follow the same physics rules as graphene, opening doors to tiny wireless devices. The breakthrough connects two worlds that scientists always thought were separate.
Researchers discovered how to use gravitational waves to solve one of physics' biggest mysteries: why we get different answers when measuring how fast the universe is growing. This breakthrough could finally end the decade-long "Hubble tension" debate.
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.
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.
New telescope data suggests the mysterious invisible force holding galaxies together might be a quantum fog, not particles. This discovery could rewrite our understanding of how the universe actually works.
Researchers discovered a potential pulsar just 8 milliseconds from our galaxy's central black hole, offering a cosmic laboratory to test Einstein's gravity theories. If confirmed, this stellar lighthouse could unlock secrets about how massive objects warp space and time.
Researchers may have discovered a lighthouse-like pulsar spinning at the heart of our galaxy, just a cosmic stone's throw from the supermassive black hole Sagittarius A. If confirmed, this rare finding could unlock secrets about gravity, spacetime, and the mysterious forces shaping our universe.
Scientists from Israel have measured invisible cosmic ray particles deep inside a distant dust cloud for the first time, opening a new window into understanding how stars are born. The breakthrough discovery using NASA's James Webb Space Telescope could transform modern astrophysics.
Physicists at Brookhaven National Laboratory just confirmed something amazing: the particles that make up our universe retain a special connection to the quantum vacuum where they originated. This breakthrough opens a new window into understanding how everything we see emerged from what looks like nothing.
For the first time, scientists have created the clearest map yet of dark matter, the mysterious substance that makes up most of our universe. This breakthrough helps us understand the invisible scaffolding that holds galaxies together.
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