from and right-handed neutrinos
arXiv:1804.04642 · doi:10.1007/JHEP09(2018)169
Abstract
We provide an ultraviolet (UV) complete model for the anomalies, in which the additional contribution to semi-tauonic transitions arises from decay to a right-handed sterile neutrino via exchange of a TeV-scale singlet . The model is based on an extension of the Standard Model (SM) hypercharge group, , to the gauge group, containing several pairs of heavy vector-like fermions. We present a comprehensive phenomenological survey of the model, ranging from the low-energy flavor physics, direct searches at the LHC, to neutrino physics and cosmology. We show that, while the and -induced constraints are important, it is possible to find parameter space naturally consistent with all the available data. The sterile neutrino sector also offers rich phenomenology, including possibilities for measurable dark radiation, gamma ray signals, and displaced decays at colliders.
arXiv comment26 pages, 5 figures
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