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Rare hadronic B decays: in the MSSM and in other models of new physics,Used
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The study of rare hadronic B decays at LHCb and at the planned SuperB factories is a valueable tool in the search for new physics. The variety of hadronic decay channels allows for overconstraining measurements of flavourchanging neutral currents. The author discusses several aspects of new physics in rare hadronic B decays. In the first part of the book, the Minimal Supersymmetric Standard Model (MSSM) with Minimal Flavor Violation is analysed. In this model, large effects can occur in rare B decays due to tan(beta)enhanced corrections which have to be resummed to all orders. The known resummation formulae are generalised beyond the decoupling limit and novel effects in couplings involving genuine supersymmetric particles are studied. In the second part of the book, the possibility of probing new physics in electroweak penguins via hadronic B decays is discussed. Such kind of new physics is suggested by puzzling data in B>K,pi decays. The author shows that a measurement of the purely isospinviolating decays Bs>phi,pi(rho) could shed light on this puzzle. A modelindependent study and a study of concrete wellmotivated new physics scenarios are performed.
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