Probing the Flavor and CP Structure of Supersymmetric Models with K --> pi nu nubar Decays
arXiv:hep-ph/9711215 · doi:10.1016/S0370-2693(98)00098-7
Abstract
We study the implications of various supersymmetric models on the rare and decays. Although large effects are possible in generic supersymmetric models, most of the known supersymmetric flavor models lead to negligible effects. Thus, it is likely that one can get information about CKM matrix elements from these decays even in the presence of supersymmetry. Moreover, the possibility of large contributions to in generic supersymmetric models can be constrained by improved bounds on mixing. We show that it may be possible to distinguish between different supersymmetric flavor models by combining the information from the decays with that from and mixing.
17 pgs Revtex, 1 fig. Uses epsf. Constraints in Table 1 and related text changed due to previously overlooked SU(2) relations; references updated; conclusions unchanged. Version to be published in PLB.
References in corpus (3)
Cited by in corpus (38)
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