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In Profumo di SUSY, we presented evidence that CMS&ATLAS may have alreadyregistered a handful of deftly camouflaged supersymmetry events at the LHC inthe multijet channels. Here, we explore the prospect for corroboration of thissuggestion from 5 additional CMS&ATLAS search strategies targeting theproduction of light stops & gluinos at lower jet counts, which variously dependon heavy flavor tagging and the inclusion or exclusion of associated leptons.The current operating phase of the 7TeV LHC is highly conducive to theproduction of gluinos & light stops, given the supersymmetric particle masshierarchy M_t_1<M_g<M_q that naturally evolves from the dynamics of the modelnamed No-Scale FSU5 that we presently study. Moreover, some tension persistsagainst the SM data-driven and MC generated background predictions in certainLHC searches of this variety. We demonstrate that the 1-sigma overlap of theallowed supersymmetric event production for these seven search methodologiesroundly envelops the most favorable phenomenological subspace of FSU5, whilehandily generating a 125GeV Higgs boson mass. In order to test the statisticalsignificance of any correlations across the simulated FSU5 collider response inthese seven search strategies, we implement a multi-axis chi^2 fittingprocedure, yielding a best overall match in the vicinity of M1/2=610GeV,corresponding to light stop & gluino masses of approximately 665GeV and 830GeV.Consequently, we suggest that FSU5 is a better global fit to the studied LHCdata than the SM alone, and moreover that its predictions appear to bemeaningfully correlated with observed low-statistics excesses across a widevariety of specialized search strategies. We suspect the already collected 5/fbwill be sufficient to either condense or disperse the delicate aroma of stopsand gluinos that suffuses the early search.

A Multi-Axis Best Fit to the Collider Supersymmetry Search: The Aroma of Stops and Gluinos at the \sqrt{s} = 7 TeV LHC