Abstract
The coming years will witness tremendous progress at the ''high energy frontier'' accomplished primarily at the LHC. Important advances are also expected at the ''high precision frontier'' through the improved B_s-physics experiments at the Tevatr on and in particular LHCb at CERN. After summarizing the status of various tensions in the present Unitarity Triangle (UT) analyses, we consider a number of Supersymmetric models showing their capability to solve these tensions. Moreover, we show how the characteristic patterns of correlations among flavour observables allow to distinguish between these different SUSY scenarios. We propose a ''DNA-Flavour Test'' of NP models, with the aim of showing a tool to distinguish between these NP scenarios, once a dditional data on flavour changing processes become available.
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