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Neutralino dark matter is well motivated, but also suffers from twoshortcomings: it requires gravity-mediated supersymmetry breaking, whichgenerically violates flavor constraints, and its thermal relic density \Omegais typically too large. We propose a simple solution to both problems:neutralinos freezeout with \Omega ~10-100, but then decay to ~1 GeV gravitinos,which are simultaneously light enough to satisfy flavor constraints and heavyenough to be all of dark matter. This scenario is naturally realized inhigh-scale gauge-mediation models, ameliorates small scale structure problems,and implies that ``cosmologically excluded'' models may, in fact, becosmologically preferred.

Goldilocks Supersymmetry: Simultaneous Solution to the Dark Matter and Flavor Problems of Supersymmetry