  The Higgs boson may dominantly decay to 4 light jets through a light
pseudo-scalar intermediary: h -> 2 eta -> 4j, making reconstruction at the LHC
particularly challenging. We explore the phenomenology of such "Buried Higgs"
scenarios in which the primary discovery channel of the Higgs is in cascade
decays of superpartners. QCD backgrounds that would otherwise overwhelm the
Higgs decay are suppressed by the requirement of high p_T jets and large
missing transverse momentum that are the typical signatures of TeV scale
supersymmetry. Utilizing jet substructure techniques, we find that for buried
Higgses in the 100-120 GeV range, a 5-sigma discovery can be expected with
roughly 10-25 inverse fb of data at E_CM = 14 TeV. For lighter Higgs bosons,
the signal is contaminated by hadronically decaying W bosons, and discovery
remains an unsolved challenge.
