Crowton's Cosmogenic Field Theory and Quantum Information Theory: Entropy Transport, Horizon Constraints, and Information Preservation Without Microstate Assumptions

Crowton’s Cosmogenic Field Theory and Quantum Information Theory:Entropy Transport, Horizon Constraints, and Information Preservation Without Microstate Assumptions Author: Richard Lee Crowton Affiliation: Independent Researcher, Founder of Regenerative Cosmology ORCID: 0009-0003-6399-8744 Crowton’s Cosmogenic Field Theory (CCFT) proposes a regenerative interpretation of black holes in which horizons function as entropy–curvature interfaces rather than terminal singularities. This paper establishes a disciplined interface between CCFT and modern Quantum Information Theory, demonstrating that CCFT’s treatment of horizons, entropy flow, and regeneration is compatible with established information-theoretic constraints when a clear distinction is maintained between entropy transport and information destruction. The analysis deliberately avoids claims regarding quantum gravity, horizon microstates, holographic encoding, or information recovery mechanisms. Instead, horizons are treated as access-regulating interfaces that facilitate entropy redistribution while preserving global information in a manner consistent with unitarity, fast scrambling bounds, and semi-classical gravity. The Transfer Interface Field is introduced as an explicitly information-neutral construct mediating entropy–curvature interactions without encoding or processing information. By emphasizing information inaccessibility rather than information loss, this work demonstrates that a regenerative cosmological framework can coexist with quantum information theory without speculative overreach. The paper positions CCFT as a thermodynamic–geometric interface framework compatible with contemporary physics discourse and suitable for future mathematical, computational, or observational extension. Supplementary Context:This paper forms part of a broader research program on Crowton’s Cosmogenic Field Theory (CCFT). Earlier CCFT papers introduce the regenerative cosmological framework and entropy–curvature concepts referenced here. However, the present work is self-contained and does not rely on acceptance of prior CCFT publications for its arguments or conclusions. Keywords Crowton’s Cosmogenic Field TheoryQuantum Information TheoryEntropy TransportBlack Hole HorizonsInformation PreservationHorizon ScramblingThermodynamic InterfacesRegenerative CosmologySemi-Classical Gravity ⭐ LICENSE Creative Commons Attribution 4.0 (CC BY 4.0) ⭐ FUNDING No external funding. Independent research.