The Dozal Theory: A Unifying Cosmological Framework

The Dozal Theory presents a unified cosmological framework in which mass, radiation, and gravity emerge from the dynamics of Structured Effect Vectors (SEVs) in Carliton space. Instead of treating gravity as a force or spacetime curvature alone, the framework describes it as convergence gradients of SEVs, amplified by rotation into extended curvature domains that sustain orbital motion. Radiation and cosmological redshift are reinterpreted as path-integral divergence of SEVs, providing a falsifiable alternative to metric expansion. Key reinterpretations include:• Supernovae as stellar births triggered by Divergent Energy cores. • Dark matter and dark energy as structural manifestations of SEV convergence and divergence. • The cosmic microwave background as a present-day equilibrium of divergent waves, not a primordial relic. The theory preserves the successes of Newtonian gravity, general relativity, and quantum electrodynamics as limiting cases, while offering new mechanisms testable by laboratory and astrophysical experiments. Proposed falsification tests include: – Divergent Wave Emission Principle (DWEP) reach experiments. – Tolman surface-brightness slope (p = 3 vs. p = 4). – Redshift anisotropy correlations in large-scale surveys. The appendices address skeptic concerns directly and outline a research roadmap. Priority challenges include reproducing the CMB acoustic peaks, deriving light-element abundances via DE-core recycling, and fitting the Pantheon+ supernova dataset with the divergence law. This work is offered as a research program and call for collaboration, inviting physicists, cosmologists, and computational scientists to test, refine, or refute its claims.