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This breakthrough represents a significant advancement in optical lattice clock technology, achieving unprecedented stability that could redefine the SI second post-2030. The ultra-precise timing capabilities enable new probes into fundamental physics, including gravitational variations and tests of general relativity. Such precision is critical for next-generation navigation systems and deep-space synchronization protocols.
Singapore Scientists Claim They Built The World’s Most Accurate Atomic Clock

Insider Brief PRESS RELEASE — Take a second and turn it into trillions of moments. Measure each one. That’s how precisely an atomic clock at Singapore’s Centre for Quantum Technologies (CQT) keeps time – and with record-making accuracy, according to results published in Nature on 23 September. “I am confident that what we have now is the […]
Researchers at Singapore’s Centre for Quantum Technologies reported a lutetium-ion atomic clock that would be off by no more than about one second over 300 billion years, the best reported accuracy for an optical atomic clock. The team compared two single-ion lutetium clocks over 200 hours and found their ticks matched closely enough to differ by about one second over 55 billion years, the most precise clock comparison reported to date. The clocks’ low sensitivity to temperature and magnetic fields could support studies of gravity and fundamental physics, while contributing data…
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