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A flavour gauge theory is observable only if the symmetry is broken atrelatively low energies. The intrinsic parity-violation of the fermionrepresentations in a flavour theory describing quark, lepton and higgsinomasses and mixings generically requires anomaly cancellation by new fermions.Benchmark supersymmetric flavour models are built and studied to argue that: i)the flavour symmetry breaking should be about three orders of magnitude abovethe higgsino mass, enough also to efficiently suppress FCNC and CP violationscoming from higher-dimensional operators; ii) new fermions with exotic decaysinto lighter particles are typically required at scales of the order of thehiggsino mass.

Exotic particles below the TeV from low scale flavour theories