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    Physicists Develop New Method to Detect Tiny Fluctuations in Spacetime

    4 days ago

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    Physicists at the University of Warwick have developed a new framework to detect tiny spacetime fluctuations known as “quantum foam,” a long-standing prediction of quantum gravity theories. The study maps different types of spacetime noise to measurable signals in interferometers such as LIGO and smaller laboratory setups. By translating abstract theory into experimental signatures, the work opens a realistic path toward testing quantum gravity in the lab for the first time.

    Physicists at the University of Warwick have developed a new framework to detect tiny spacetime fluctuations known as “quantum foam,” a long-standing prediction of quantum gravity theories. The study maps different types of spacetime noise to measurable signals in interferometers such as LIGO and smaller laboratory setups. By translating abstract theory into experimental signatures, the work opens a realistic path toward testing quantum gravity in the lab for the first time.
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