  We study the lepton-flavor violation processes tau ->mu gamma and mu->e gamma
in two different examples of models with non-universal soft breaking terms
derived from strings. We show that the predictions are quite different from
those of universal scenarios. Non-universal A-terms provide an interesting
framework to enhance the supersymmetric contributions to CP violation effects.
We observe that in the case of the lepton-flavor violation we study, the
non-universality of the scalar masses enhances the branching ratios more
significantly than the non-universality of the A-terms. We find that the
current experimental bounds on these processes restrict both the parameter
space of the models and the texture of the Yukawa couplings which predicts the
lepton masses, providing at the same time an interesting experimental test for
physics beyond the Standard Model.
