Author: CMS Collaboration

  • Scouting for superpartner particles

    Scouting for superpartner particles

    Imagine diving into the very core of the universe, where the tiniest pieces that make up everything hold the answers to big cosmic questions.

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  • CMS Wrapped – 2023

    CMS Wrapped – 2023

    The time has come to wrap up the year!

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  • Serbia and CERN sign Memorandum of Understanding for a new CMS Tier 1 data centre.

    Serbia and CERN sign Memorandum of Understanding for a new CMS Tier 1 data centre.

    Above: CERN and CMS delegations received by Ms Ana Brnabić the Prime Minister of the Republic of Serbia.

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  • Count Z bosons, stay precise with luminosity

    Count Z bosons, stay precise with luminosity

    The more collisions the better, right?

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  • Searching for heavy neutrinos with muon detectors

    Searching for heavy neutrinos with muon detectors

    Two key properties of neutrinos in the standard model of particle physics (SM) are that they are massless and “left-handed”, i.e. their spin is always opposite to their momentum.

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  • Long-lived particles in light of the LHC Run 3 data

    Long-lived particles in light of the LHC Run 3 data

    The first search for new physics using LHC data collected in Run 3 has been presented by CMS.

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  • Higgs boson riding a supercar

    Higgs boson riding a supercar

    It is easy to recognize your friends in a street if they are standing or walking, but what if they are riding a supercar at a speed of 150 km per hour?

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  • Jets elucidate how partons evolve into hadrons

    Jets elucidate how partons evolve into hadrons

    Among all the elementary particles, quarks and gluons (partons) are the only ones that cannot be observed in isolation.

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  • CMS and ATLAS unite to weigh in on the top quark

    CMS and ATLAS unite to weigh in on the top quark

    The ATLAS and CMS Experiments at CERN have just released a new measurement of the mass of the top quark.

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  • The Higgs boson gets a boost

    The Higgs boson gets a boost

    A new search conducted by the CMS collaboration is exploring Higgs bosons with very high energy.

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