Recursive Amplification Parameters

Recursive Amplification Parameters are the recursive-processing quantities, chiefly the recursive rate γℜ, that the book ties to the cosmic expansion rate through the Hubble constant relationship. The book reads cosmological parameters as the shadows of recursive amplification: the Hubble constant and the critical density are not arbitrary values tuned by chance but encode the same negotiation between computation and geometry. Cosmic expansion rate reflects these parameters through the relation between recursive rate and horizon scale, H₀ = (γℜ × 𝒞→) / L◎, where γℜ is the recursive rate [∅], 𝒞→ the speed of light [𝕃·𝕋⁻¹] and L◎ the horizon scale [𝕃]. A recursive amplification factor Fℜ [∅] is likewise embedded in the critical density. As a testable prediction, the book states that this Hubble constant relationship should hold with precision better than 1%, checked by independent measurements of the expansion rate showing systematic correlation with recursive parameter estimates. It connects to Hubble Constant Connection, Critical Density Relation, Recursive Amplification, Recursive Amplification Factor and Recursive Field.