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We explore the possibility that the masses for the first two generations offermions and the quark flavor violation are generated radiatively in theMinimal Supersymmetric Standard Model. We assume that the source of all flavorviolation resides in the the supersymmetry breaking sector and is transmittedradiatively to the Standard Model fermion sector through finite corrections atlow energy. The approximate radiative alignment between the Yukawa and softsupersymmetry breaking matrices helps to suppress some of the supersymmetriccontributions to flavor changing processes, overcoming current experimentalconstraints. This mechanism may also explain the non-observation of protondecay, since flavor conservation in the superpotential would imply thesuppression of dimension five operators in supersymmetric grand unifiedtheories.Comment: 10 pages, RevTex

Radiative mass generation and suppression of supersymmetric contributions to flavor changing processes