  New Physics searches at the LHC have increased significantly lower bounds on
unknown particle masses. This increases quite dramatically the tension in the
interpretation of the data: low energy precision data which are predicted
accurately by the SM (LEP observables like M_W or loop induced rare processes
like B --> X_s gamma or B_s --> mu+mu-) and quantities exhibiting an observed
discrepancy between SM theory and experiment, most significantly found for the
muon g-2, seem to be in conflict now. (g-2)_mu appears to be the most precisely
understood observable which at the same time reveals a 3-4 sigma deviation
between theory and experiment and thus requires a significant new physics
contribution. The hints for a Higgs of mass about 125 GeV, which is precisely
what SUSY extensions of the SM predict, seem to provide a strong indication for
SUSY. At the same time it brings into serious trouble the interpretation of the
(g-2)_mu deviation as a SUSY contribution.
