  The one-loop Higgs coupling to two gluons has been invoked in the past to
estimate that the fraction of the nucleon mass which is due to the Higgs is
rather small but calculable (approximately 8 percent). To test the veracity of
this hypothesis, we employ the same mechanism to compute the Higgs coupling to
an arbitrary stable nucleus $A$ and its anti-nucleus $\bar{A}$. We find that
the physical decay rate of a Higgs into a spin zero $A\bar{A}$ pair near the
threshold corresponding to the Higgs mass is quite substantial, once we include
the final state Coulomb corrections as well as possible form factor effects. If
true, observation of even a few such decay events would be truly spectacular
(with no competing background) since we are unaware of any other interaction
which might lead to the production of a very heavy nucleus accompanied by its
anti nucleus in nucleon-(anti-) nucleon scattering.
