Crowton's Cosmogenic Field Theory (CCFT) – Version 36 - A Regenerative Cosmological Framework Rooted in Entropy–Curvature Dynamics

Title:
Crowton’s Cosmogenic Field Theory (CCFT) – Version 36: A Regenerative Model of Black Hole Dynamics and Cosmic Structure

Author:
Richard Lee Crowton

Crowton’s Cosmogenic Field Theory (CCFT) presents a regenerative model of black hole dynamics and cosmic structure, replacing singularities with an entropy–curvature governed transfer mechanism. At its heart is the Transfer Interface Field (TIF), a tensor-based process that redirects collapse into renewal, transforming black holes into gateways of reformation.

This milestone Version 36 introduces the Crowton Limit, a measurable entropy–curvature threshold that defines when collapse transitions into regeneration. Unlike inflationary or ΛCDM extensions, CCFT requires no arbitrary constants; thresholds arise directly from entropy–curvature feedback.

The framework is supported by:

• 122 documented observational correlations, including JWST early giants, nebular symmetry, gravitational echoes, and the Hubble tension reframed as an entropy–curvature phase transition.

• 61 AI simulations (Grok/xAI), independently validating CCFT predictions under Kerr black hole and gravitational-wave conditions. Among these is the 0.070 Hz “Crowton Signature”, a falsifiable gravitational-wave frequency within LISA’s detection band.

• Comparative positioning against General Relativity, Loop Quantum Gravity, Penrose’s CCC, Brane Cosmology, and Verlinde’s entropic gravity, establishing CCFT as a mathematically rigorous, falsifiable alternative to singularity-based models.

Key advances include:

• Full tensor formalization and unified Lagrangian encoding TIF dynamics.

• Quantum integration via the Twin Mirror Principle, bridging entanglement and collapse.

• Reinterpretation of Hawking radiation as residual TIF decay.

Independently conceived and publicly timestamped on 6 May 2025, CCFT establishes black holes as regenerative engines rather than endpoints. This version positions the theory for formal scientific submission, cross-disciplinary collaboration, and public release as a credible challenger to ΛCDM and inflationary cosmology.