D-Space Manifold: Hubble Tension, LRDs, CGM, TRIAD

Within this mathematical framework called the 840-state manifold, which uses the golden ratio and Lucas numbers to analyze fundamental physical constants and astrophysical phenomena. The author proposes that a specific logarithmic dimension function reveals hidden structural links between disparate domains, accurately predicting the Hubble tension ratio and the mass of supermassive black holes without fitting any parameters. By mapping mass scales to this coordinate system, the research identifies a "denomination desert" that corresponds precisely to the observed mass gap between neutron stars and black holes. Statistical tests across datasets involving X-ray emissions, fast radio bursts, and galactic temperatures suggest that nature adheres to these algebraic patterns. Ultimately, the framework suggests that the universe's expansion rate and the masses of celestial objects are determined by an underlying arithmetic logic rooted in the chiral fold identity.