Category: Physics
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Mapping Uncharted Territory: CMS Reviews Searches for Dark Matter
Cosmological observations tell us that Dark Matter makes up roughly 80% of all the matter in the Universe.
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Reproducing the CMS logo with J/ψ decays to four muons
The J/ψ meson, a remarkable particle simultaneously discovered by two independent experiments in 1974, has a unique place in the world of experimental particle physics.
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Tau or Muon, what’s your favourite gelato scoop?
If you have ever had Neapolitan gelato, you know how important it is to combine three different flavours, each in just the right size.
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Is charm the new beauty?
The discovery of the Higgs boson (H), particularly with its decay into two electroweak gauge bosons WW and ZZ, marked a milestone in particle physics.
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A rich collection of top quark mass measurements by the CMS experiment
When it comes to top quark mass measurements, the CMS collaboration has the largest and most complete collection of publication-quality results, covering a wide range of methods and approaches.
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Same LHC, same CMS, more physics
A new CMS paper describes how the CMS experiment can squeeze more physics out of the LHC data by using smarter data selection/reduction techniques.
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CMS fired a shot to heavy Higgs particles… and the gun is smoking
The Standard Model (SM) of particle physics has been a cornerstone of our understanding of the subatomic realm, providing precise predictions, many of which have been tested by the ATLAS and CMS experiments at the CERN LHC.
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The Higgs boson, as it intracts with itself
The Higgs boson plays a crucial role in the standard model of particle physics.
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Run 3 provides the Standard Model with a new victory at the energy frontier
Even if the standard model of particle physics (SM) describes Nature incredibly well, it fails in providing insight to a number of observations such as the existence of dark matter.
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Entangled Titans: unraveling the mysteries of Quantum Mechanics with top quarks
The CMS experiment has just reported the observation of quantum entanglement between a top quark and a top antiquark, simultaneously produced at the LHC.