Majorana Neutrinos in Same-Sign Scattering at the LHC: Breaking the TeV Barrier
arXiv:2011.02547 · doi:10.1103/PhysRevD.103.055005
Abstract
We revisit the sensitivity to non-resonant, heavy Majorana neutrinos in same-sign scattering at the TeV LHC and its high-luminosity upgrade. As a benchmark scenario, we work in the context of the Phenomenological Type I Seesaw model, relying on a simulation up to next-to-leading order in QCD with parton shower matching. After extensively studying the phenomenology of the process at the amplitude and differential levels, we design a simple collider analysis with remarkable signal-background separation power. At 95\% confidence level we find that the squared muon-heavy neutrino mixing element can be probed down to about for with fb ab. For heavier masses of , we report sensitivity for . The scattering channel can greatly extend the mass range covered by current LHC searches for heavy Majorana neutrinos and particularly adds invaluable sensitivity above a few hundred GeV. We comment on areas where the analysis can be improved as well as on the applicability to other tests of neutrino mass models.
arXiv commentJournal version: results unchanged, only minor revisions w.r.t. v1. 31 pages (including three appendices), nine figures (23 png and pdf files), eight tables
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