The Singh Law V11: A Unified Cyclic Cosmological Model for Hubble Tension Resolution and Dark Matter Structural Compression

The Singh Law Version 11 (V11) presents a comprehensive evolution of the cyclic cosmological framework, providing a unified solution to the Hubble Tension and the nature of Dark Matter. Building upon the V10 foundation, this version introduces the mechanical details of the 'Singh Sieve' transit process, where fundamental atomic information is preserved with 99.7% fidelity through space-time micro-tunnels. Key advancements in V11 include: Velocity Anchor (55.4 km/s) and Deceleration: Introduction of the mandatory deceleration phase during matter reconstitution at the 'Singh Portal' (White Hole). This phase fixes the 55.4 km/s velocity anchor, effectively unifying disparate early and late universe expansion data. Dark Matter as Compressed Ordinary Matter (COM): Mathematical proof of matter undergoing a 93.70% structural compression during manifold transit, accounting for the gravitational effects attributed to Dark Matter. Manifold Rigidity (1.50 N): A defined mechanical constraint of the space-time fabric that dictates the flow of cosmic information and the physics of the cyclic transition. Quantum Validation: Simulation results using IBM’s Qiskit quantum circuits demonstrate the stability of the 55.4 km/s anchor within the manifold rigidity constraints. This version includes high-resolution cosmic cartography, mapping the 14-billion-year cycle and providing a clear mathematical path toward a new standard model of cosmology.