Author: CMS Collaboration

  • CMS collaboration celebrates 1,000th paper

    CMS collaboration celebrates 1,000th paper

    On Friday 19 June 2020, scientists at the CMS experiment at CERN’s Large Hadron Collider submitted their 1,000th paper.

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  • CMS collaboration celebrates 1,000th paper

    CMS collaboration celebrates 1,000th paper

    On Friday 19 June 2020, scientists at the CMS experiment at CERN’s Large Hadron Collider submitted their 1,000th paper.

    Explore →

  • Triple Treat! CMS observes production of three massive vector bosons

    Triple Treat! CMS observes production of three massive vector bosons

    The CMS collaboration has released the first observation of the simultaneous production of three W or Z bosons in proton-proton collisions at the Large Hadron Collider (LHC).

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  • CMS shows new results at the LHCP2020 conference

    CMS shows new results at the LHCP2020 conference

    The eighth annual conference on Large Hadron Collider Physics (LHCP2020) is one of the important conferences for physics at the LHC.

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  • Crack in the Mirror

    Crack in the Mirror

    Have you ever pondered what happened to our Universe after the Big Bang?

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  • Boosting into the unknown: the highest energy Higgs bosons

    Boosting into the unknown: the highest energy Higgs bosons

    In Frozen, Anna and Elsa discover magical powers that open up a whole new world of possibilities.

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  • The Discreet Charm of the X(3872)

    The Discreet Charm of the X(3872)

    The CMS Collaboration announced the first observation of a new way the B0s meson – a particle combining the beauty quark (b) and the strange quark (s) – can disintegrate.

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  • The Discreet Charm of the X(3872)

    The Discreet Charm of the X(3872)

    The CMS Collaboration announced the first observation of a new way the B0s meson – a particle combining the beauty quark (b) and the strange quark (s) – can disintegrate.

    Explore →

  • The Discreet Charm of the X(3872)

    The Discreet Charm of the X(3872)

    The CMS Collaboration announced the first observation of a new way the B0s meson – a particle combining the beauty quark (b) and the strange quark (s) – can disintegrate.

    Explore →

  • Enhancing the Muon in Compact Muon Solenoid

    Enhancing the Muon in Compact Muon Solenoid

    Identification of muons is essential for the physics done at the LHC.

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