1. The Odd Couple: No-Scale Multiverse & LHC Dimitri V. Nanopoulos Texas A&M University Houston Advanced Research Center Academy of Athens Research in collaboration with: Tianjun Li, James A. Maxin, Joel W. Walker

4. The 1984 Slasher Photograph will go here.

10. Minimal Supergravity (mSUGRA) M 0 Universal soft scalar mass M 1/2 Universal soft gaugino mass μ Higgsino Mixing Parameter A 0 Universal Trilinear Coupling B 0 Higgs Bilinear Coupling tan β Ratio of Higgs VEVs |μ| and B 0 term can be determined by the requirement for REWSB, so we are left with only five parameters: M 0, M 1/2, A 0, tan β, and sgn(μ)

16. Key Experimental Constraints 7-Year WMAP Cold Dark Matter Relic Density Measurement Experimental limits on the Flavor Changing Neutral Current process b → s  Anomalous magnetic moment of the muon LHC Limits on rare decay B s 0 →μ + μ - Proton Lifetime greater than 8 x 10 33 Y LEP limits on the light CP even Higgs mass Compliance with all precision electroweak measurements (M z,  s,  W,  em, m t, m b ) * The Weinberg angle floats mildly according to original program design.

19. No-Scale F -SU(5) with vectorlike particles (b 3 = 0) SUSY spectrum M t1 < M g < M q Prominent decay channels have high multiplicity of third-generation quarks: Pair produced gluinos generate events rich with jets and tau. Considered excellent channel for discovery during early LHC run. LHC early run signatures for 1-3fb -1 @7TeV: ≥ 9 jets ≥1τ & ≥ 3 b-jets Discovery of No-Scale F -SU(5) Signal at LHC ~~~ ( )

20. F -SU(5) has peak in number of events shifted to a large number of jets Standard Model and mSUGRA processes have a peak at a lower number of jets This will serve as a very distinct signature of F -SU(5) with vector-like particles However, requires specialized cuts to observe this very distinct characteristic! → Lower minimum pt for a single jet to 20 GeV → Retain only those events with 9 or more jets → Eliminate debilitating cuts enforced by CMS

26. 120.5 GeV M Z @ Minimum Minimorum91.188 GeV 1  10 34 yr

28.  Those Bearish on SUSY are howling due to a lack of discovery.  CMSSM & mSUGRA have been decimated by LHC.  All but completely ruled out.  CMS & ATLAS cuts are optimized for CMSSM Discovery (an extinct model)!  The cuts are critical! Don’t “throw the baby out with the bath water”.  F -SU(5) can explain CMS multi-jet statistical excesses. “Golden Strip” satisfies ALL known experimental constraints. Most of F -SU(5) is still viable after first 1.1fb -1 of data. F -SU(5) “Golden Strip” predicts Higgs mass of 120 GeV. 120 GeV is where CMS, ATLAS, D0, CDF are finding excesses.  F -U15 Universe → Member of “Golden Strip”. Dynamically determines our physical electroweak scale. F -U15 + SM: 6-8 events with ≥9 jets for 1.1fb -1 using CMS cuts. Actual CMS data shows 8 events with ≥9 jets for 1.1fb -1.  F -SU(5) “Golden Strip” 5σ discovery at 8fb -1 using CMS cuts with ≥9 jets. Only 1-4fb -1 necessary for 5σ discovery using F -SU(5) ≥9 jet cuts. 100fb -1 required for F -SU(5) “Golden Strip” 5σ discovery with CMS ≥3 jet cuts. 12-fold increase in F -SU(5) discovery efficiency by using only ≥9 jets.