RENASCENT-Q Theory: Negentropic Coherence as a Fifth Fundamental Force — Geometric Unification of the Standard Model, Riemann Spectrum, and Cosmology

This work presents RENASCENT-Q Theory v.20.5, a geometric framework in which negentropic coherence is proposed as a fifth fundamental force. The theory is grounded in the Federico Maya Eternity Theorem, which links the self-adjointness of a 12-dimensional dilatonic operator to the Riemann Hypothesis. From this axiom, the framework derives Standard Model parameters, explains lepton flavor universality violation via a Jacobian-filtered Riemann resonance comb, accounts for selected cosmological anomalies, and proposes a solid-state topological processor (ZN-11) for device-independent quantum randomness. The manuscript includes falsifiable predictions in flavor physics, large-scale structure, and quantum biology, together with supporting numerical evidence from large Riemann zero datasets.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-07-01
DOI
https://doi.org/10.5281/zenodo.21123408
Primary Topic
International Science and Diplomacy
Type
article
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article

RENASCENT-Q Theory: Negentropic Coherence as a Fifth Fundamental Force — Geometric Unification of the Standard Model, Riemann Spectrum, and Cosmology

Federico Maya
Zenodo (CERN European Organization for Nuclear Research)
International Science and Diplomacy
article

RENASCENT-Q Theory: Negentropic Coherence as a Fifth Fundamental Force — Geometric Unification of the Standard Model, Riemann Spectrum, and Cosmology

Federico Maya
article en

Abstract

This work presents RENASCENT-Q Theory v.20.5, a geometric framework in which negentropic coherence is proposed as a fifth fundamental force. The theory is grounded in the Federico Maya Eternity Theorem, which links the self-adjointness of a 12-dimensional dilatonic operator to the Riemann Hypothesis. From this axiom, the framework derives Standard Model parameters, explains lepton flavor universality violation via a Jacobian-filtered Riemann resonance comb, accounts for selected cosmological anomalies, and proposes a solid-state topological processor (ZN-11) for device-independent quantum randomness. The manuscript includes falsifiable predictions in flavor physics, large-scale structure, and quantum biology, together with supporting numerical evidence from large Riemann zero datasets.

Zenodo (CERN European Organization for Nuclear Research)
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