Flavour anomalies meet flavour symmetry
arXiv:2207.06197 · doi:10.1103/PhysRevD.108.075014
Abstract
We construct an extension of the Standard Model with a scalar leptoquark and the discrete flavour symmetry to explain anomalies observed in charged-current semi-leptonic meson decays and in the muon anomalous magnetic moment, together with the charged fermion masses and quark mixing. The symmetry , contained in , remains preserved by the leptoquark couplings, at leading order, and efficiently suppresses couplings of the leptoquark to the first generation of quarks and/or electrons, thus avoiding many stringent experimental bounds. The strongest constraints on the parameter space are imposed by the radiative charged lepton flavour violating decays and . A detailed analytical and numerical study demonstrates the feasibility to simultaneously explain the data on the lepton flavour universality ratios and and the muon anomalous magnetic moment, while passing the experimental bounds from all other considered flavour observables.
arXiv comment71 pages + appendices, 27 figures Matches version accepted for publication in Physical Review D
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