Author: CMS Collaboration
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Getting excited about quarks
Physicists continue to question if the particles we know of are the most fundamental.
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How does the Higgs boson interact with itself?
Studying the production of two Higgs bosons is the most obvious way to understand the field responsible for the Higgs boson. A new result by the CMS collaboration gets closer than ever to measuring this field and its physics prediction.
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CMS: A hunter of Super-Leptons
The Standard Model of Particle Physics is the theory that physicists use to describe elementary particles’ fundamental interactions.
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CMS: A hunter of Super-Leptons
The Standard Model of Particle Physics is the theory that physicists use to describe elementary particles’ fundamental interactions.
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Hunting leptoquarks with the CMS experiment
The CMS Collaboration has released a new search for leptoquarks, a hypothetical particle that would be the “missing link” between quarks and leptons. The result has been submitted to the journal Physics Letters B.
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A Toy Universe to study top quarks and search for New Physics
What if new particles modify the behaviour of existing particles, but by only a little bit?
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A Toy Universe to study top quarks and search for New Physics
What if new particles modify the behaviour of existing particles, but by only a little bit?
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A Toy Universe to study top quarks and search for New Physics
What if new particles modify the behaviour of existing particles, but by only a little bit?
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CMS collaboration publishes its 1,000th paper
On November 24th, the CMS collaboration at CERN’s Large Hadron Collider announced the publication of the 1000th paper in a peer-review journal, a truly exceptional achievement for a single Experiment.
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Forward-looking with half a Higgs
Eight years ago in 2012, at the largest International Conference on High Energy Physics, the discovery of a new particle carefully coined as Higgs boson-like was announced by the ATLAS and CMS Collaborations.