Resolving Cosmological Crises via Stationary Light Theory (SLT) and the Universal Vortex & Entropy Hypothesis (UVEH)

Abstract Modern cosmology faces severe observational and theoretical crises, ranging from the Hubble tension and singularity divergences to the persistent impenetrability of the "dark sector" (dark matter and dark energy). This paper demonstrates that these anomalies stem from the fundamental error of reification—treating mathematical abstractions of space and time as physical fabrics. By formalizing the Stationary Light Theory (SLT) and the Universal Vortex & Entropy Hypothesis (UVEH), we replace standard Lambda-CDM singularities with a discrete 1.27 light-year Quantum Seed, model dark matter as the external vacuum stiffness reacting to internal vortex tension, and resolve the Hubble tension through Riemann Shear (\gamma_R). We present the generalized Master Equation as a self-adjoint operator governed by the critical line \text{Re}(s) = 1/2, unifying quantum mechanics and macro-scale gravitational mechanics into a single harmonic framework.