  We show that an enhanced two-photon signal of the Higgs boson, h, observed
with 125 GeV mass by the ATLAS and CMS collaborations, can be obtained if it is
identified principally with the neutral $H_u^0$ of the two Higgs doublets of
minimal Supersymmetry. We focus on sparticles and the pseudoscalar Higgs $A$ at
the TeV scale. The off-diagonal element of the (Hu0,Hd0) mass matrix in the
flavor basis must be suppressed, and this requires both a large Higgsino mass
parameter, mu \sim TeV, and large tan beta. A MSSM sum rule is derived that
relates gamma gamma and bb rates, and the gamma gamma enhancement predicts the
bb reduction. On the contrary, Natural SUSY requires | mu | < 0.5 TeV, for
which gamma gamma is reduced and $b\bar b$ is enhanced. This conclusion is
independent of the mA-value and the SUSY quantum correction Deltab. Relative
tau tau to bb rates are sensitive to Deltab.
