Muonic Force Behind Flavor Anomalies
arXiv:2107.07518 · doi:10.1007/JHEP04(2022)151
Abstract
We develop an economical theoretical framework for combined explanations of the flavor physics anomalies involving muons: , , and angular distributions and branching ratios, that was first initiated by some of us in Ref. [1]. The Standard Model (SM) is supplemented with a lepton-flavored gauge group. The gauge boson with the mass of GeV resolves the tension. A TeV-scale leptoquark, charged under the , carries a muon number and mediates -decays without prompting charged lepton flavor violation or inducing proton decay. We explore the theory space of the chiral, anomaly-free gauge extensions featuring the above scenario, and identify many suitable charge assignments for the SM fermion content with the integer charges in the range . We then carry out a comprehensive phenomenological study of the muonic force in representative benchmark models. Interestingly, we found models which can resolve the tension without conflicting the complementary constraints, and all of the viable parameter space will be tested in future muonic resonance searches. Finally, the catalog of the anomaly-free lepton-non-universal charge assignments motivated us to explore different directions in model building. We present a model in which the muon mass and the are generated radiatively from a common short-distance dynamics after the breaking. We also show how to charge a vector leptoquark under in a complete gauge model.
arXiv comment49 pages, 10 figures, 2 tables. Auxiliary file containing suitable charge assignments. v2: Additional neutrino bounds added, new benchmarks added, discussion extended
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