Cosmological Supersymmetry Breaking and The Power of the Pentagon: A Model of Low Energy Particle Physics

I present a low energy Lagrangian implementing the idea of Cosmological SUSY breaking (CSB). The model predicts tanβ ∼ 1, and incorporates a new mechanism for breaking of SU(2)×U(1). The Higgs mass is determined by new physics and can evade the bounds of the MSSM. The model resolves the CP and flavor problems of SUSY. The up quark mass is non-vanishing. An axion-like particle, with TeV scale decay constant, appears, which could provide the solution of the strong CP problem. Such a particle is experimentally ruled out if it has conventional QCD axion couplings. The problem may be avoided by adding dimension 5 operators, which explicitly break the axial symmetry. However, it is likely that this reintroduces the strong CP problem.