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The new physics required to explain the anomalies recently reported by the D0and CDF collaborations, namely the top forward-backward asymmetry (FBA), thelike-sign dimuon charge asymmetry in semileptonic b decay, and the CDF dijetexcess, has to feature an amount of flavor symmetry in order to satisfy thesevere constrains arising from flavor violation. In this paper we show that,once baryon number conservation is imposed, color & weak triplet scalars withhypercharge $Y=1/3$ can feature the required flavor structure as a consequenceof standard model gauge invariance. The color & weak triplet model cansimultaneously explain the top FBA and the dimuon charge asymmetry or thedimuon charge asymmetry and the CDF dijet excess. However, the CDF dijet excessappears to be incompatible with the top FBA in the minimal framework. Our modelfor the dimuon asymmetry predicts the observed pattern $h_d\ll h_s$ in theregion of parameter space required to explain the top FBA, whereas our modelfor the CDF dijet anomaly is characterized by the absence of beyond the SMb-quark jets in the excess region. Compatibility of the color & weak tripletwith the electroweak constraints is also discussed. We show that a Higgs bosonmass exceeding the LEP bound is typically favored in this scenario, and thatboth Higgs production and decay can be significantly altered by the triplet.The most promising collider signature is found if the splitting among thecomponents of the triplet is of weak scale magnitude.

Color & Weak triplet scalars, the dimuon asymmetry in $B_s$ decay, the top forward-backward asymmetry, and the CDF dijet excess