Quantum computer simulates how stored energy can become new particles
A quantum computer has simulated how stored energy can transform into new particles, capturing a process that breaks quark strings.
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A quantum computer has simulated how stored energy can transform into new particles, capturing a process that breaks quark strings.
Scientists built the world's most accurate atomic clock using lutetium, reaching precision at the 19th digit.
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Researchers in New York have successfully transmitted quantum signals through open air for 13 miles, bypassing traditional fiber optic limitations.
A humanoid robot was filmed riding a robot horse with a 660-pound weight capacity during a recent demonstration in Beijing.
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Recent scientific experiments involving melted diamonds reveal unexpected results with major implications for nuclear fusion.
A massive 1,650-dish grid project in Nevada is poised to transform astronomy by surveying the universe at unprecedented speeds.