Particle Physics

More Stories in Particle Physics

  1. wave
    Physics

    Physicists have found quasiparticles that mimic hypothetical dark matter axions

    These subatomic particles could make up dark matter in the cosmos. A mathematically similar phenomenon occurs in a solid material.

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  2. KATRIN experiment
    Physics

    A new experiment slashes the maximum possible mass of tiny neutrinos

    The KATRIN experiment suggests that the tiny subatomic particles have masses a minuscule fraction of an electron’s.

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  3. Julián Alvarado Gómez
    Astronomy

    How an astrophysicist chased a star from the Halo games to real life

    Julián Alvarado Gómez has devoted his career to a star called Iota Horologii. His former life as a Halo video gamer helps fuel that devotion.

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  4. Particle Physics

    How a 2017 radioactive plume may be tied to Russia and nixed neutrino research

    A botched attempt at producing radioactive material needed for a neutrino experiment may have released ruthenium-106 to the atmosphere in 2017.

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  5. macros
    Particle Physics

    Dark matter particles won’t kill you. If they could, they would have already

    The fact that no one has been killed by shots of dark matter suggests the mysterious substance is relatively small and light.

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  6. Crab Nebula
    Astronomy

    The highest-energy photons ever seen hail from the Crab Nebula

    An experiment in Tibet spotted photons with over 100 trillion electron volts of energy.

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  7. diamond
    Particle Physics

    Diamond detectors could aid the search for dark matter

    Elusive dark matter particles could be spotted when they slam into electrons or atomic nuclei within diamond, scientists say.

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  8. pentaquark illustration
    Particle Physics

    Physicists have finally figured out how pentaquarks are built

    The particles are made of up two smaller particles, stuck together like atoms in a molecule.

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  9. quarks and gluons
    Quantum Physics

    An experiment hints at quantum entanglement inside protons

    Particles inside protons seem to be linked on a scale smaller than a trillionth of a millimeter.

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