B-physics anomalies: The bridge between R-parity violating supersymmetry and flavored dark matter

In recent years, significant experimental indications that point toward lepton flavor universality violating effects in B-decays, involving b -> ct nu and b -> sl(+) l(-), have been accumulated. A possible new physics explanation can be sought within the framework of R-parity violating supersymmetry, which contains the necessary ingredients to explain the anomalies via both leptoquark, tree-level exchange, and one-loop diagrams involving purely leptonic interactions. In addition, an approximate U(2)(2) flavor symmetry, that respects gauge coupling unification, successfully controls the strength of these interactions. Nevertheless, strong constraints from leptonic processes and Z boson decays exclude most of the relevant parameter space at the 2 sigma level. Moreover, R-parity violation deprives supersymmetry of its dark matter candidates. Motivated by these deficiencies, we introduce a new gauge singlet superfield, charged under the flavor symmetry and show that its third-generation, scalar component may participate in loop diagrams that alleviate the abovementioned tensions, while at the same time reproduce the observed relic abundance. We obtain a solution to both anomalies that is also fully consistent with the rich flavor and dark matter phenomenology. Finally, we assess the prospect to probe the model at future experiments.