  New physics signals containing five or more b-tagged jets, but without MET or
leptons, could realistically be sitting within the current 8 TeV LHC data set
without receiving meaningful constraints from any of the existing LHC searches
at either ATLAS or CMS. This work provides several examples of simple,
motivated models that yield final states containing many b-jets. To study the
potential for uncovering new physics in these high b-jet multiplicity channels,
this paper focuses on a natural supersymmetry scenario where each of the
pair-produced stops decays to an on-shell chargino, which subsequently decays
via an MFV-motivated, R-parity violating coupling. This gives rise to an
eight-jet final state containing six b-quarks. Although no public measurements
exist, estimates indicate that the standard model backgrounds in high b-jet
multiplicity channels should be very small. To circumvent the background
uncertainty, an asymmetric method is presented that utilizes two different
techniques to conservatively exclude or to discover new physics in high b-jet
multiplicity final states.
