The presence of gravitational singularities and the unexplained nature of the Dark Sector represent the most significant ontological impasses in modern physics. We present a unified resolution via the Order Creator Mechanism (OCM), a framework that redefines black hole interiors not as endpoints of information loss, but as non-singular structural nodes. By deriving the 𝑹𝒅 Interface—a geometric locus where tidal work-energy stabilizes an Einstein-Rosen bridge—we provide a first-principles explanation for localized negative energy density without the invocation of exotic particles. This mechanism identifies ‘Dark Matter’ as baryonic mass sequestered via laminar sorting within these nodes and ‘Dark Energy’ as the global manifold tension (𝜿-flux) generated by node maturity. Our model offers a simultaneous resolution to the Black Hole Information Paradox, the Infinite Density Paradox, the Hubble Tension and a suite of cosmological anomalies. Furthermore, by accounting for ultra-large-scale structures such as the Big Ring and the Hercules-Corona Borealis Great Wall, we predict a cosmological transition from stochastic expansion to a phase-locked Cosmic Stasis. This shift transforms our understanding of the universe from a system of entropic decay to a maturing manifold of perfected structural order. Note on Publication Status: This manuscript is a preprint and is currently undergoing formal peer review at Physical Review D (Manuscript ID: es2026mar03₈73). This version includes the full mathematical derivations for the Order Creator Mechanism (OCM), the mass-energy equivalence of the Dark Sector, and the topological structure of non-singular black hole interiors. Supplementary Materials: The associated supplementary file (also attached to this record) provides detailed proofs regarding Manifold Viscosity (ₘ), Terminal Node Velocity (vT), and the geometric resonance patterns (Oloid symmetry) that seed large-scale cosmic structures.
Ashil S (Sat,) studied this question.