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Monte Carlo simulation of baryon and lepton number violating processes at high energies
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We report results obtained with the first complete event generator for electroweak baryon and lepton number violating interactions at supercolliders. We find that baryon number violation would be very difficult to establish, but lepton number violation can be seen provided at least a few hundred L violating events are available with good electron or muon identification in the energy range 10 GeV to 1 TeV.
Forward citations
Cited by 2 Pith papers
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The Electroweak Sphaleron Revisited: II. Study of Decay Dynamics
Classical simulations of electroweak sphaleron decay yield roughly 49 W bosons and 4 Higgs bosons, with transverse W modes carrying about 80% of the energy.
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The Electroweak Sphaleron Revisited: I. Static Solutions, Energy Barrier, and Unstable Modes
Using the measured Higgs mass, the electroweak sphaleron has energy 9.08 TeV and one unstable mode with ω²₋ = -2.7 m_W².
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