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Supersymmetric flavor models for the radiative generation of fermion massesoffer an alternative way to solve the SUSY-CP problem. We assume that thesupersymmetric theory is flavor and CP conserving. CP violating phases areassociated to the vacuum expectation values of flavor violating susy-breakingfields. As a consequence, phases appear at tree level only in the softsupersymmetry breaking matrices. Using a U(2) flavor model as an example weshow that it is possible to generate radiatively the first and secondgeneration of quark masses and mixings as well as the CKM CP phase. Theone-loop supersymmetric contributions to EDMs are automatically zero since allthe relevant parameters in the lagrangian are flavor conserving and as aconsequence real. The size of the flavor and CP mixing in the susy breakingsector is mostly determined by the fermion mass ratios and CKM elements. Wecalculate the contributions to epsilon, epsilon^{prime} and to the CPasymmetries in the B decays to psi Ks, phi Ks, eta^{\prime} Ks and Xs gamma. Weanalyze a case study with maximal predictivity in the fermion sector. For thisworst case scenario the measurements of Delta mK, Delta mB and epsilonconstrain the model requiring extremely heavy squark spectra.Comment: 21 pages, RevTex

physical review. d. particles, fields, gravitation, and cosmology/physical review. d, particles, fields, gravitation, and cosmology

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Solving the supersymmetricCPproblem with flavor breakingFterms