Super No-Scale F-SU(5): A Dynamic Determination of M_{1/2} and tan beta

Abstract

We study the Higgs potential in No-Scale F-SU(5), a model built on the tripodal foundations of the Flipped SU(5) x U(1)_X Grand Unified Theory, extra F-theory derived TeV scale vector-like particle multiplets, and the high scale boundary conditions of No-Scale Supergravity. V_min, the minimum of the potential following radiative electroweak symmetry breaking, is a function at fixed Z-Boson mass of the universal gaugino boundary mass M_{1/2} and tanβ, the ratio of Higgs vacuum expectation values. The No-Scale nullification of the bilinear Higgs soft term B_mu at the boundary reduces V_min(M_{1/2}) to a one dimensional dependency, which may be secondarily minimized. This "Super No-Scale" condition dynamically fixes tan beta and M_{1/2} at the local minimum minimorum of V_min. Fantastically, the walls of this theoretically established secondary potential coalesce in descent to a striking concurrency with the previously phenomenologically favored "golden point" and "golden strip".

V2, As accepted to Physics Letters B; 8 Pages, 2 Plots, 1 Table

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• Unification of Dynamical Determination and Bare Minimal Phenomenological Constraints in No-Scale F-SU(5)
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• Prospects for Discovery of Supersymmetric No-Scale F-SU(5) at The Once and Future LHC
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• The Race for Supersymmetric Dark Matter at XENON100 and the LHC: Stringy Correlations from No-Scale F-SU(5)
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• No-Scale F-SU(5) in the Light of LHC, Planck and XENON
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