Speaker
David Straub
(TUM)
Description
Supersymmetric theories belong to the most attractive extensions of the standard model. While the LHC might be able to directly produce supersymmetric particles by pushing the "high-energy frontier", quark and lepton flavour physics, pushing the "high-precision frontier", provide a complementary tool to shed light on the nature of new physics. I will discuss the predictions for observables sensitive to flavour and CP violation, both in the quark and in the lepton sector, within various SUSY models. I will focus on correlations between different observables, like rare B decays and electric dipole moments, which allow to distinguish between different models.