Physics

  1. Particle Physics

    Bottom quarks misbehave in LHC experiment

    Bottom quarks fly off at an angle more often than expected in new data from the LHC.

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  2. Physics

    LIGO’s black holes may be dark matter

    Two analyses indicate that LIGO could have detected black holes that formed just after the Big Bang.

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  3. Particle Physics

    Upon further review, suspected new particle vanishes

    Hints of a new particle at the LHC have disappeared.

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  4. Cosmology

    Debate accelerates on universe’s expansion speed

    A puzzling mismatch is plaguing two methods for measuring how fast the universe is expanding.

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  5. Particle Physics

    Latest search for dark matter comes up empty

    Scientists continue to come up empty-handed in the search for dark matter. The latest effort from the LUX experiment found no evidence for dark matter.

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  6. Physics

    Electrons have potential for mutual attraction

    Electrons usually repel each other, but new research shows pairs of electrons can be attracted due to their repulsion from other electrons.

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  7. Physics

    Scientists throw a curve at knuckleball explanation

    Wildly swerving pitches may be the result of a phenomenon known as a “drag crisis”

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  8. Particle Physics

    Three cousins join family of four-quark particles

    Scientists with the Large Hadron Collider’s LHCb experiment report three new particles and confirm a fourth.

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  9. Physics

    Sounds from gunshots may help solve crimes

    Sound wave analysis may help forensic scientists figure out what types of guns were fired at a crime scene.

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  10. Physics

    Falling through the Earth would be a drag

    Scientists study how friction affects a hypothetical jump through the center of the Earth.

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  11. Materials Science

    Shark jelly is strong proton conductor

    A jelly found in sharks and skates, which helps them sense electric fields, is a strong proton conductor.

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  12. Health & Medicine

    Tight spaces cause spreading cancer cells to divide improperly

    Researchers are using rolled-up transparent nanomembranes to mimic tiny blood vessels and study how cancer cells divide in these tight spaces.

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