The Gauge-Invariant Spectrum of Local Super-Symmetry as the Universe that is Observed

It is demonstrated that gauge invariant states within local super-symmetry are equivalent to quantized states of global super-symmetry that are preserved by (oblivious to) super-gravitational interactions (analogous to the stationary atomic states that derive from gauge invariance in the theory of Weyl). The cosmology which emerges from this equivalence is unique and finite, and parallels observation. Specifically, mass-energy distributions occur about intersections of phase transitions that modify the shock front of global expansion, and the predicted number of galaxies approximates that determined by observation.