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Andrey Feldman

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Indexed articles, last 90 days
3
Latest publication
Sep 8, 2026
Outlet visibility, for Physics World - Quantum Computing
Top 500K sites
Earliest in this view
Aug 3, 2026

Latest articles

  1. Article · Sep 8, 2026 · Andrey Feldman

    Missing decay at BESIII points to long-sought glueball – Physics World (opens the original)

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    Physicists at China’s BESIII experiment in Beijing have found the strongest evidence yet for the existence of glueballs – subatomic particles made of gluons alone. The glueball-like particle is called X(2370) and it was first spotted at BESIII 15 years ago. Gluons carry the strong nuclear force that binds quarks into protons and neutrons. Gluons also pull on each other as hard as they pull on quarks, which means they ought to be able to clump into particles called glueballs. “So far, all ordinar

  2. Article · Aug 10, 2026 · Andrey Feldman

    Artificially rotating system reflects radiation like a black hole – Physics World (opens the original)

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    A radio signal has been amplified by scattering it from a stationary coin-sized electronic circuit that behaves as though it is rotating at an enormous rate. Conceived by a team at the City University of New York, the experiment is said to provide the first observation of rotational super-radiance involving electromagnetic waves. This wave-amplification effect is inspired by rotating black holes and was predicted more than half a century ago. Andrea Alù and colleagues found that only radio waves

  3. Article · Aug 3, 2026 · Andrey Feldman

    Nuclear fusion persists at ultralow energies inside metal foils – Physics World (opens the original)

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    Deuterium nuclei fired into thin foils of palladium and titanium keep fusing when the nuclei’s incident energies are reduced to the level where the process should be all but extinguished. Instead, physicists in the US have found that as the incident energy is reduced, the fusion rate plateaus – even at the lowest energies probed. Indeed, the low-energy fusion rate exceeds predictions for isolated nuclei by more than 1018. While significant, the enhanced fusion rates remain far too small for ener

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