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

Changelog: Version 1.9 (2026-06-14)

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  • Superseded Genesis Field: The previously postulated "Genesis field" ($\Phi_G$) has been replaced by the more parsimonious definition of PSH-dynamics as an emergent property of the higher-dimensional Higgs sector via topological spacetime reconfiguration.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

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