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In the context of No-Scale F-SU(5), a model defined by the convergence of theF-lipped SU(5) Grand Unified Theory, two pairs of hypothetical TeV scalevector-like supersymmetric multiplets with origins in F-theory, and thedynamically established boundary conditions of No-Scale Supergravity, wepredict that the lightest CP-even Higgs boson mass lies within the range of119.0 GeV to 123.5 GeV, exclusive of the vector-like particle contribution tothe mass. With reports by the CMS, ATLAS, CDF, and D0 Collaborations detailingenticing statistical excesses in the vicinity of 120 GeV in searches for theStandard Model Higgs boson, all signs point to an imminent discovery. Whilebasic supersymmetric constructions such as mSUGRA and the CMSSM have alreadysuffered overwhelming reductions in viable parameterization during the LHC'sinitial year of operation, about 80% of the original No-Scale F-SU(5) modelspace remains viable after analysis of the first 1.1 fb^{-1} of integratedluminosity. This model is moreover capable of handily explaining the smallexcesses recently reported in the CMS multijet supersymmetry search, and alsofeatures a highly favorable "golden" subspace which may simultaneously accountfor the key rare process limits on the muon anomalous magnetic moment (g - 2)and the branching ratio of the flavor-changing neutral current decay b tos\gamma. In addition, the isolated mass parameter responsible for the globalparticle mass normalization, the gaugino boundary mass M_{1/2}, is dynamicallydetermined at a secondary local minimization of the minimum of the Higgspotential V_{min}, in a manner which is deeply consistent with all precisionmeasurements at the physical electroweak scale.

Natural Predictions for the Higgs Boson Mass and Supersymmetric Contributions to Rare Processes