Light dark matter, rare decays with missing energy in model with a scalar leptoquark
arXiv:2106.03735 · doi:10.1103/PhysRevD.105.015033
Abstract
We investigate the phenomenology of light GeV-scale fermionic dark matter in gauge extension of the Standard Model. Heavy neutral fermions alongside with a ,,) scalar leptoquark and an inert scalar doublet are added to address the flavor anomalies and light neutrino mass respectively. The light gauge boson associated with gauge group mediates dark to visible sector and helps to obtain the correct relic density. Aided with a colored scalar, we constrain the new model parameters by using the branching ratios of various and decay processes as well as the lepton flavour non-universality observables and then show the implication on the branching ratios of some rare semileptonic missing energy, processes.
34 pages, 8 figures, version to appear in PRD
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