Corrections to general relativity are derived from classical theory and applied to the standard model. The perspective offered is the conceptual inverse of Einstein’s theory, where particles exist as localized fields. These vacuum fields undergo affine transformations that are locally invariant with respect to the space-time metric. It is demonstrated that the proper vacuum solution to the Einstein-Maxwell field equations is the limit of the single particle vacuum field solution. The existence of event horizon within Einstein’s field equations is linked to the application of point-like sources in the local field theory. With vacuum field theory, it is observed that event horizon can no longer form without infinite classical energy. Gravitational waves are also discussed relative to the use of point-like sources in Einstein’s field equations and similar geometric field theories. Methods for determining the space-time metric of any object on a per particle basis are provided. The continuous model of the universe is further introduced, where the solutions to several grand cosmological problems are discussed. It is demonstrated that an asymptotically flat universe will appear linear with respect to local observers. The inferred accelerated expansion is an illusion due to local geodesics deflecting towards the center of an asymptotically flat, linear universe. With recent constraints on the abundance of faint blue galaxies and observed evolution, ∧CDM is found to be off in galactic number densities by 70%±15% and 104%±25% at 0.5z and 1.0z respectively. These galaxies are also observed to be similar to local disk and irregular populations, where ∧CDM underestimates their size by 200%-300% prior to 0.7z. This implies that an expanding model predicts the incorrect shape of the universe, which induces systematic lensing errors. After eliminating all viable explanations, an expanding universe is conclusively ruled out. The purposed model however agrees with all observations by applying only classical assumptions. The shape of the universe for example supports a central core, which is responsible for the cosmic background radiation. It is further argued that Einstein’s field equations are incompatible with such universe due to predictions of event horizon.