  We calculate the ground state degeneracies of all twisted sectors in the
"Conway Moonshine'' holomorphic SCFT $V^{f\natural}$. We find that almost all
sectors have ground states of only a single parity: specifically, 66 twisted
sectors have nontrivial ground states of a single parity, 39 twisted sectors
have spontaneous supersymmetry breaking, and only 6 twisted sectors have ground
states of both parities. Although "nontrivial ground states, all of the same
parity'' is the expected behaviour for a generic SQM model without symmetry
protection, it is surprising in the presence of a large symmetry group, as is
the case in $V^{f\natural}$. This surprise hints that there are
as-yet-undiscovered features of Conway Moonshine.
