
Homing in on the Higgs self-interaction
The simplest possible interaction in nature is when three identical particle lines meet at a single vertex.
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The simplest possible interaction in nature is when three identical particle lines meet at a single vertex.
Andrzej Buras explains how two rare kaon decays and four rare B-meson decays will soon probe for new physics beyond the reach of direct searches at colliders.
From its pristine vantage point on the International Space Station, the Calorimetric Electron Telescope, CALET, has uncovered anomalies in the spectra of protons and electrons below the cosmic-ray kne...
Dedicated solely to LHC physics, the LHCP conference is a vital gathering for experts in the field. The 12th edition was no exception, attracting 450 physicists to Northeastern University in Boston fr...
Being the most massive known elementary particle, top quarks are a focus for precision measurements and searches for new phenomena.
The LHCb collaboration has reported the first search for the decay of the neutral strange B-meson to a pair of muons and a reconstructed photon.
Physics Beyond Colliders' annual workshop convened 175 physicists at CERN to provide updates on ongoing projects and explore new proposals.
In March, CERN selected a new experiment called SHiP to search for hidden particles using high-intensity proton beams from the SPS.
No known particle is heavy enough to decay into two Higgs bosons. The resonant production of Higgs pairs would therefore be clear evidence for new physics.
By providing considerable advances in sensitivity, precision and energy reach, the Future Circular Collider is the perfect vehicle with which to navigate the new physics landscape.