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7 results for "quantum mechanics"
Australian physicists just observed pairs of atoms existing in two locations simultaneously, confirming a century-old quantum theory that seemed too strange to be true. This breakthrough could help scientists understand how the tiny quantum world connects to the vast universe.
Scientists at CERN have discovered a new particle four times heavier than a proton, opening fresh insights into how the universe works. The breakthrough marks the first discovery since major upgrades to the world's most powerful particle collider.
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.
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.
A century ago, physicists exploring quantum mechanics had no practical goal in mind. Today, that "useless" curiosity drives trillion-dollar industries from medicine to telecommunications.
Researchers just solved a puzzle that's stumped nuclear physicists for years, creating a tool that finally matches what happens in labs. The breakthrough helps us understand how atoms swap parts during collisions.
Scientists at Oxford University have successfully engineered proteins that harness quantum mechanics, marking the first time these mysterious physics effects have been deliberately designed into biological molecules for practical use. The breakthrough could revolutionize medical imaging and drug delivery.