We develop a variant of the Minimal Flavour Violation ansatz for the case of a strongly interacting heavy-Higgs boson sector. The tower of effective operators differs from that for a Higgs system in the linear regime, and the new operators obtained at leading order include a CP-odd one. We investigate the impact of these operators on ∆F = 1 and ∆F = 2 observables, demonstrating that the non-linear scenario may have an interesting impact on the anomalies in present data.
Minimal flavour violation with strong Higgs dynamics
RIGOLIN, STEFANO;
2012
Abstract
We develop a variant of the Minimal Flavour Violation ansatz for the case of a strongly interacting heavy-Higgs boson sector. The tower of effective operators differs from that for a Higgs system in the linear regime, and the new operators obtained at leading order include a CP-odd one. We investigate the impact of these operators on ∆F = 1 and ∆F = 2 observables, demonstrating that the non-linear scenario may have an interesting impact on the anomalies in present data.
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