Speaker
Motoo Suzuki
(ICRR, The University of Tokyo)
Description
Hierarchical masses of quarks and leptons are addressed by imposing horizontal symmetries. In supersymmetric Standard Models, the same symmetries play a role in suppressing flavor violating processes induced by supersymmetric particles. Combining the idea of spontaneous CP violation to control contributions to electric dipole moments (EDMs), the mass scale of supersymmetric particles can be lowered. We present supersymmetric models with U(1) horizontal symmetries and discuss CP and flavor constraints. Models with two U(1) symmetries are found to give a viable solution to the muon g−2 anomaly. Interestingly, the parameter space to explain the anomaly will be probed by future electron EDM experiments.
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Primary authors
Motoo Suzuki
(ICRR, The University of Tokyo)
Prof.
Yuichiro Nakai
(SJYU&TDLI)
Prof.
Matthew Reece
(Harvard U.)
