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Physicists built the first nuclear clock using thorium-229's nucleus instead of electrons, making it highly resistant to electromagnetic interference and potentially capable of detecting dark matter and measuring changes in fundamental physical constants.
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Nuclear clocks using thorium-229 atoms have been successfully built for the first time. They could outperform atomic clocks, offer greater portability, and even help detect dark...
Austrian scientists created the world's first nuclear clock using thorium that measures fundamental physics constants 6,000 times more precisely than before. If successful, it...
Scientists are developing ultra-precise "nuclear clocks" using thorium-229 that could surpass current atomic clocks. After discovering the required energy transition in 2024,...
Nuclear clocks using thorium-229 atoms in calcium fluoride crystals may outperform atomic clocks, as researchers discovered a temperature-stable nuclear transition at -189°F,...
German scientists propose using thorium-229 nuclear clock technology to detect dark matter. The method could potentially identify dark matter's influence even if it were 100...
Scientists at the National Institute of Standards and Technology have developed NIST-F4, a new cesium fountain atomic clock. Set to begin operation in April 2025, it loses less...