Probing the Weinberg Operator at Colliders
arXiv:2012.09882 · doi:10.1103/PhysRevD.103.115014
Abstract
Motivated by searches for decay in nuclear experiments and collider probes of lepton number violation at dimension , we investigate the sensitivity to the Weinberg operator using the non-resonant signature at the LHC. We develop a prescription for the operator that is applicable in collisions and decays, and focus on the channel, which is beyond the reach of nuclear decays. For a Wilson coefficient , scales as heavy as ~TeV can be probed with . This translates to an effective Majorana mass of ~GeV, and establishes a road map for testing the Weinberg operator at accelerators.
arXiv commentJournal version. 9 pages including an extended technical appendix; 4 figures; 4 tables; UFO models available from https://feynrules.irmp.ucl.ac.be/wiki/SMWeinberg
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