  In light of the discovery of a Higgs-like particle at the LHC, we revisit the
status of the precision electroweak data, focusing on two discrepant
observables: 1) the long-standing 2.4 sigma deviation in the forward-backward
asymmetry of the bottom quark A_{FB}^b, and 2) the 2.3 sigma deviation in R_b,
the ratio of the Z \rightarrow b \bar b partial width to the inclusive hadronic
width, which is now in tension after a recent calculation including new
two-loop electroweak corrections. We consider possible resolutions of these
discrepancies. Taking the data at face value, the most compelling scenario is
that new physics directly affects A_{FB}^b and R_b, bringing the prediction
into accord with the measured values. We propose a modified `Beautiful Mirrors'
scenario which contains new vector-like quarks that mix with the b quark,
modifying the Z b\bar b vertex and thus correcting A_{FB}^b and R_b. We show
that this scenario can lead to modifications to the production rates of the
Higgs boson in certain channels, and in particular a sizable enhancement in the
diphoton channel. We also describe additional collider tests of this scenario.
