models with less-minimal flavour violation
arXiv:1910.00014 · doi:10.1103/PhysRevD.101.095003
Abstract
We study the phenomenology of simplified models with a global flavour symmetry in the quark sector, broken solely by the Standard Model Yukawa couplings. This flavour symmetry, known as less-minimal flavour violation, protects processes from dangerously large new physics (NP) effects, and at the same time provides a free complex phase in transitions, allowing for an explanation of the hints for additional direct CP violation in kaon decays () and in hadronic -decays ( puzzle). Furthermore, once the couplings of the boson to the leptons are included, it is possible to address the intriguing hints for NP (above the 5 level) in transitions. Taking into account all flavour observables in a global fit, we find that , the puzzle and data can be explained simultaneously. Sizeable CP violation in observables, in particular , is predicted, which can be tested in the near future, and an explanation of the and puzzles leads to effects in di-jet tails at the LHC, that are not far below the current limits. Once is included, cancellations in di-muon tails, possibly by a second , are required by LHC data.
arXiv comment11 pages, 3 figures, 1 table
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