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Collider Experiments

All articles tagged with #collider experiments

Unraveling the Enigma of Neutrino Mass: A Novel Random Matrix Theory Approach

Originally Published 2 years ago — by Physics

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Source: Physics

Collider experiments at CERN have placed new constraints on the seesaw mechanism, a popular model for the origin of neutrino mass. The CMS Collaboration searched for a hypothetical heavy neutrino that could be tied to neutrino mass generation but found no evidence of its existence. These results provide important constraints on variants of the seesaw mechanism and pave the way for future studies combining searches for lepton number violation and sterile neutrinos. While neutrino oscillation experiments have made progress in determining oscillation parameters, the underlying mechanism of neutrino mass generation remains elusive.

Unraveling the Mystery of Ghost Particles in Physics

Originally Published 2 years ago — by SciTechDaily

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Source: SciTechDaily

Theoretical physicists from the University of Minnesota have proposed a new method to detect axions, hypothetical particles that could solve the “Strong CP Problem” in physics. The strategy involves tracing the decay of axions into two muons, opening new possibilities in particle collider experiments. The researchers believe they have a chance to locate the axion and prove its existence by measuring the “decay” product of the hypothetical axion into two muons.