  There exist experimental hints from the B sector for CP violation beyond the
Standard Model (SM) CKM paradigm. An anomalous dimuon asymmetry was reported by
the D0 collaboration, while tension exists between $B \to \tau \nu$ and
$S_{\psi K}$. These measurements, disfavoring the SM at the ~3$\sigma$ level,
can be explained by new physics in both $B_d$-$\bar{B}_d$ and $B_s$-
$\bar{B}_s$ mixing, arising from (1) new bosonic degrees of freedom at or near
the electroweak scale, and (2) new, large CP-violating phases. These two new
physics ingredients are precisely what is required for electroweak baryogenesis
to work in an extension of the SM. We show that a simple two Higgs doublet
model with top-charm flavor violation can explain the B anomalies and the
baryon asymmetry of the Universe. Moreover, the presence of a large relative
phase in the top-charm Yukawa coupling, favored by $B_{d,s}$-$\bar{B}_{d,s}$
mixing, weakens constraints from $\epsilon_K$ and $b \to s \gamma$, allowing
for a light charged Higgs mass of O(100 GeV).
