A bstract The Fermilab Muon g− 2 experiment recently reported its first measurement of the
anomalous magnetic moment\({a} _ {\mu}^{\mathrm {FNAL}}\), which is in full agreement with …

A bstract In recent years, experiments revealed intriguing hints for new physics (NP) in semi-
leptonic B decays. Both in charged current processes, involving b→ cτν transitions, and in …

Abstract The Standard Model (SM) is augmented with a U (1) B− 3 L μ gauge symmetry
spontaneously broken above the TeV scale when an SM-singlet scalar condenses. Scalar …

A bstract Leptoquarks (LQs) are predicted within Grand Unified Theories and are well
motivated by the current flavor anomalies. In this article we investigate the impact of scalar …

In addition to the long-standing anomalies seen in the muon g-2, RK (*), and RD (*)
observables by various independent experiments, the CDF Collaboration has found another …

A bstract We perform a complete study of the low-energy phenomenology of S 1 and S 3
leptoquarks, aimed at addressing the observed deviations in B-meson decays and the muon …

We revisit the physics of neutrino magnetic moments, focusing in particular on the case
where the right-handed, or sterile, neutrinos are heavier (up to several MeV) than the left …

A bstract We perform a model-independent analysis of the magnetic and electric dipole
moments of the muon and electron. We give expressions for the dipole moments in terms of …

A bstract We develop an economical theoretical framework for combined explanations of the
flavor physics anomalies involving muons:(g− 2) μ,\({R} _ {K^{\left (\ast\right)}}\), and b→ sμ+ …

A bstract We present a comprehensive analysis of low-energy signals of hypothetical scalar
leptoquark interactions in lepton and kaon transitions. We derive the most general effective …