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The bulk matter Randall-Sundrum (RS) model is a setup where Standard Model(SM) matter and gauge fields reside in the bulk of 5D warped spacetime whilethe Higgs field is confined on the IR brane. The wavefunctions of the 1st and2nd generation matter particles are localized towards the UV brane and those ofthe 3rd generation towards the IR brane, so that the hierarchical structure ofthe Yukawa couplings arises geometrically without hierarchy in fundamentalparameters. This paper discusses an experimental test of this model in the casewhere the Kaluza-Klein scale is far above the collider scale, but the model iscombined with 5D Minimal SUSY Standard Model (MSSM) and SUSY particles are inthe reach of collider experiments. A general SUSY breaking mass spectrumconsistent with the bulk matter RS model is considered: SUSY breaking sectorlocates on the IR brane and its effects are mediated to 5D MSSM through ahybrid of gravity mediation, gaugino mediation and gauge mediation. This paperargues that it is possible to observe the signals of the bulk matter RS modelthrough rare decays of "almost SU(2) singlet mass eigenstates" that are inducedby flavor-violating gravity mediation contributions to matter soft SUSYbreaking terms.

Observing Signals of the Bulk Matter RS Model through Rare Decays of SUSY Particles