Precision Flavour Physics and Supersymmetry
arXiv:hep-ph/9907243 · doi:10.1016/S0370-1573(99)00075-7
Abstract
We review the salient features of a comparative study of the profile of the CKM unitarity triangle, and the resulting CP-violating phases , and in B decays, in the standard model and in several variants of the minimal supersymmetric standard model (MSSM), reported recently by us. These theories are characterized by a single phase in the quark flavour mixing matrix and give rise to well-defined contributions in the flavour-changing-neutral-current transitions in K and B decays. We analyse the supersymmetric contributions to the mass differences in the Bd-Bd(bar) and Bs-Bs(bar) systems, and , respectively, and to the CP-violating quantity in K decays. Our analysis shows that the predicted ranges of in the standard model and in MSSM models are very similar. However, precise measurements at B-factories and hadron machines may be able to distinguish these theories in terms of the other two CP-violating phases and . (Contribution to the Festschrift for L.B. Okun, to appear in a special issue of Physics Reports, eds. V.L. Telegdi and K. Winter)
35 pages, 12 figures
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