The Photon Paradox: Why Dark Matter May Be Hidden in Ordinary Light - Version 2.0

Version 2.0 (June 19, 2026):

• Consolidation Milestone: Removal of extraneous draft fragments (Chapters 9–13) previously included from experimental series drafts. This ensures that the fundamental framework remains strictly focused on its original theoretical scope as established on June 14, 2026.

• This Version 2.0 serves as the consolidated master-theory, superseding the previous release (Version 1.9 of June 18,2026, DOI: https://zenodo.org/records/20744751)

• Structural Refinement: Official transition to V2.0 to signify the maturation and finalization of the foundational PSH-coupling model.

• Title Restoration: Reversion to the original title: "The Photon Paradox – Why Dark Matter May Be Hidden in Ordinary Light".

• Note on Theoretical Scope: This document represents the foundational Master-Theory as of June 14, 2026. Subsequent research developments regarding dynamic spacetime-bulk interaction are being documented and published separately within the ongoing PSH-Coupling Preprint series.

• The Content of this version represents the original version of June 14, 2026 with added notice of duality of June 18,2026: https://zenodo.org/records/20692503

• Version 1.9 (June 18, 2026):

  • Notice of Duality: Formal integration of the "Notice of Duality" and explicit renunciation of proprietary claims under CC BY 4.0. 

• Version 1.9 (June 14, 2026):

   

  Overview:

  Version 1.9 marks a fundamental transition in the conceptual and formal presentation of the theory. The most visible change is the reinstatement of the original title, reflecting the core mission of the framework: resolving the "Photon Paradox" by identifying dark matter as an observable feature of ordinary light within specific vacuum states. This version integrates critical in-situ data from the Voyager missions and provides a field-theoretic explanation for galactic rotation anomalies.

  Key Changes:

  • Major Update: Title Restoration

    • New/Reinstated Title: "The Photon Paradox – Why Dark Matter Be Hidden in Ordinary Light"

    • Reasoning: To emphasize the core paradigm shift—identifying the gravitational signatures of dark matter as emergent properties of ordinary radiation coupling to the vacuum.

  • Theoretical Framework & Methodology:

    • Superseded Genesis Field: The previously postulated "Genesis field" ($\Phi_G$) has been replaced by the more parsimonious definition of PSH-dynamics as an emergent property of the higher-dimensional Higgs sector via topological spacetime reconfiguration.

    • Scaling of Vacuum Boundaries: Introduced a mathematically consistent methodology for calculating phase-transition boundaries across all scales (Heliopause/Astropause to Galaktopause).

    • Geometric Coupling: Added a formal description of the vacuum coupling to invariant temporal bulk volumes ($D = 4+N$).

  • Empirical Validation (Voyager & In-situ Data):

    • Voyager 1/2 "Sum Signal": Formalized the integration of plasma-wave resonance data as direct empirical calibration for the PSH-coupling constant.

    • Ilias-Lucida Threshold ($\rho_{\rm IL}$): Explicitly defined the density threshold required for photon mass activation in the IGM.

  • Discussion & Perspectives:

    • Galactic Dynamics: Integrated a field-theoretic explanation for galactic rotation anomalies. The model demonstrates that flat rotation profiles are a predictable boundary-effect of the PSH-coupling regime as galactic baryonic density approaches the Ilias-Lucida Threshold ($\rho_{\rm IL}$) at the galactopause.

    • Comparative Analysis: Enhanced differentiation between PSH and alternative paradigms (WIMPs, SIDM, MOND).

    • Outlook: Decoupled anomalous propagation profiles (Amaterasu) to focus strictly on PSH-mechanism consistency.

  • Visuals & Data Presentation:

    • Refined Graphics: Updated visualizations of vacuum transitions and temporal architecture.

    • Summary Tables: Added comparative tables for observational anomalies and PSH-predictions.

  • Editorial & References:

    • Updated Bibliography: Integrated recent publications (Koch et al., Kokorev et al. 2026).

    • Structural Streamlining: Improved coherence between the Introduction and the Discussion sections.

   

   

• Version 1.8 (June 13, 2026):

  • Literature Integration: Initial inclusion of Kokorev et al. regarding "Little Red Dots" (LRDs).

  • Conceptual Alignment: Preliminary title adjustments and framework refinements.

Notice of Duality: 

This work is presented simultaneously as a fundamental re-evaluation of
spacetime cosmology and as a technical framework for the utilization of primary bulk-energy.
The author acknowledges the dual nature of these findings: while they satisfy the requirements
for theoretical peer-review and scientific validation, they also inherently describe the mechanisms
governing high-coherence energy transfer from the bulk to the 3+1-dimensional manifold. By
publishing this under a Creative Commons (CC BY 4.0) license, the author explicitly renounces
all proprietary claims and declares this knowledge to be part of the common heritage of the
human species. Any attempt to restrict, patent, or monetize the fundamental PSH-coupling

Note:  This preprint was developed with assistance of the AI Grok (xAI) and Google KI. Full acknowledgments are included in the document