  Inspired by the latest results of ATLAS and CMS on the search for the
standard model (SM) Higgs scalar, we discuss in this article the correlations
between Higgs-boson properties, low-energy observables, such as B -> X_sgamma,
B_s -> mu^+mu^-, and (g-2)_mu, and the dark matter (DM) relic density. We focus
on the corners of the MSSM parameter space where the pp -> h -> gammagamma
signal is enhanced due to the presence of a light stau state. In this region
tan(beta), M_A, A_t, and mu take large values, and we find striking
correlations between many of the considered observables. In particular, the B
-> X_sgamma branching fraction is enhanced, while the B_s -> mu^+mu^- rate
tends to be below the SM expectation. In contrast, the Higgs-boson couplings
show good overall agreement with the preliminary experimental determinations,
the DM abundance is consistent with observation, and the discrepancy in
(g-2)_mu is reduced. The predicted deviations and found correlations could be
tested in the near future and hence may become very valuable as guidelines and
consistency checks.
