Category: Physics
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“Spooky action at a distance” between the heaviest particles
Recently, and about two decades after the first solid proof of entanglement between two photons by Anton Zeilinger and his team, the ATLAS and CMS experiments reported the observation of quantum entanglement between the top quark and its antiparticle simultaneously produced at rest at the LHC.
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Shake the box for new physics, but mind the electroweak shock of the naughty charming penguin!!!
It might have occurred to you to look with curiosity at your present the day of your birthday.
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New Higgs bosons to pin down the g-2 puzzle
The recent results from the Muon g-2 Collaboration have added to the growing tension between the measured and predicted values of the muon’s magnetic moment.
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A beauty path toward heavy neutrinos
New in!
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Probing matter-antimatter asymmetry with Artificial Intelligence
When we look at ourselves in a mirror, we see a virtual twin, identical but with left and right inverted.
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Using muons to check up on the CMS detector in the toughest conditions
From time to time, we need to take our cars in for a checkup to make sure everything is up to speed, and here we check up on how well our CMS detector is working.
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CMS commitment to open science takes the next step
As a next step towards more open access to science, the CMS collaboration has just released in electronic format a set of likelihood functions describing early measurements of the Higgs boson.
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CMS at Moriond 2024
The CMS collaboration released over 40 new results in Winter 2024, presented at various conferences around the world.
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Top quarks follow expectations at 5 TeV
Following its mission to address fundamental questions about Nature, the Large Hadron Collider (LHC) has operated at different center-of-mass energies, colliding protons and/or heavy ions.
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Towards a new precision era in the study of electroweak interactions
A fundamental parameter of the Standard Model, the electroweak mixing angle plays a key role in the “Higgs mechanism”, when the W and Z gauge bosons get their masses through electroweak symmetry breaking.