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May 11, 20260 citationsOpen Access

Z-ZERO PROTOCOL PHASE VII: The Final Asymptotic Attractor and the EFT of Entropic Information

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BKBaran Doğan Kocatepe

Key Points

  • This research aims to provide a mathematical foundation for the Z-Zero Protocol using Effective Field Theory.
  • Transitioned from a phenomenological dark energy model to a covariant Effective Field Theory.
  • Derived field equations for the interaction between baryonic entropy current and information-order parameter.
  • Established the 'Cosmic Ledger' equation and identified the Weak Coupling Regime.
  • Equated cosmic acceleration to quantum decoherence, demonstrating the interrelation of macroscopic and microscopic phenomena.
  • Introduced a new physical resolution to address the growth tension in cosmological models.

Abstract

Phase VII provides the formal mathematical and conceptual closure for the Z-Zero Protocol. This manuscript transitions the framework from a phenomenological interacting dark energy model into a fully covariant Effective Field Theory (EFT) of Entropic Information. It derives the explicit field equations governing the interaction between the baryonic entropy current and the information-order parameter field, formally equating macroscopic cosmic acceleration to microscopic quantum decoherence. Furthermore, it establishes the "Cosmic Ledger" equation and introduces the Weak Coupling Regime of the Higgs-Information interaction as a physical resolution to the growth tension. For the complete mathematical formalism, explicit field equations, and the extended conceptual summary, please refer to the full PDF text attached.

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Cite This Study

Baran Doğan Kocatepe (2026) studied this question.

synapsesocial.com/papers/6a0172ac3a9f334c28272d91https://doi.org/10.5281/zenodo.20098579
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