  We study a limit of the nearly-Peccei-Quinn-symmetric Next-to-Minimal
Supersymmetric Standard Model possessing novel Higgs and dark matter (DM)
properties. In this scenario, there naturally co-exist three light singlet-like
particles: a scalar, a pseudoscalar, and a singlino-like DM candidate, all with
masses of order 0.1-10 GeV. The decay of a Standard Model-like Higgs boson to
pairs of the light scalars or pseudoscalars is generically suppressed, avoiding
constraints from collider searches for these channels. For a certain parameter
window annihilation into the light pseudoscalar and exchange of the light
scalar with nucleons allow the singlino to achieve the correct relic density
and a large direct detection cross section consistent with the CoGeNT and
DAMA/LIBRA preferred region simultaneously. This parameter space is consistent
with experimental constraints from LEP, the Tevatron, and Upsilon- and flavor
physics.
