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ZENODO
Preprint . 2026
License: CC BY SA
Data sources: Datacite
ZENODO
Preprint . 2026
License: CC BY SA
Data sources: Datacite
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ZEN00 — TOQ Core (HAL-ready)

Cadre central, axiomes, notations, conventions, et règles de traçabilité pour la série ZEN (TOQ)
Authors: GUERRERO, Régis;

ZEN00 — TOQ Core (HAL-ready)

Abstract

ZEN00 — TOQ Core (HAL-ready) Cadre central, axiomes, notations, conventions, et règles de traçabilité pour la série ZEN (TOQ) SÉCURITÉ & SHA (v1.0)Ce document est publié comme référence d’antériorité (prior art) et de traçabilité pour le corpus TOQ.Toute réutilisation substantielle (structure, définitions, équations, notations, tables, schémas) doit citer ce dépôt et son DOI (CC BY).Empreinte SHA-256 du PDF (version v1.0) : 7dd4af6022f6df7de3f15625f341c1d0ff47334fa30572bd0c52b20c5b775a0a ZEN00 est le document-cadre (« Core ») de la série ZEN dédiée à la Théorie des Océans Quantiques (TOQ). Il ne vise pas à empiler des résultats numériques, mais à fixer un socle stable — définitions, axiomes, conventions et règles de validation — afin que chaque note spécialisée puisse être auditée, reproduite et falsifiée sans ambiguïté. La TOQ propose un cadre structurel unifié où des observables physiques émergent d’une dynamique temporelle discrète (géométrisation du temps stabilisée localement). ZEN00 établit : Axiomes et ontologie opératoire — un jeu d’axiomes décrivant un substrat pré-géométrique (« Océan Quantique ») et une asymétrie dynamique de référence (rapport 2:1) servant de contrainte génératrice. Notations et briques structurelles communes — conventions de calcul, normalisations et briques discrètes (structures triangulaires, quantifications angulaires, identités structurelles) utilisées de façon cohérente dans l’ensemble de la série. Protocole méthodologique et anti-circularité — critères explicites garantissant : (i) la testabilité, (ii) l’absence d’ajustement a posteriori sur l’observable testée, (iii) la non-circularité entre notes (chaque résultat reste traçable à ses briques et vérifiable), (iv) la reproductibilité (scripts, paramètres, tableaux et schémas de comparaison lorsque pertinent). Falsifiabilité — conditions de réfutation formulées à l’avance : ce qui compterait comme un échec du cadre, et comment distinguer une signature structurelle d’une coïncidence numérique. Les résultats chiffrés (« contraintes structurelles ») ne sont pas concentrés ici : ils sont publiés séparément dans les notes spécialisées de la série ZEN (rapports de masses, constantes de couplage, secteur électrofaible, signatures de seuils et protocoles observationnels). ZEN00 joue ainsi le rôle de contrat méthodologique : il définit ce qui est postulé, ce qui est dérivé, comment on compare, et comment une prédiction TOQ peut être confirmée — ou invalidée. Parcours de lecture recommandé :ZEN00 (cadre) → ZEN08 (annexe méthodologique : critères / protocoles / falsification) → ZEN07 (protocoles observationnels) → notes spécialisées de contraintes structurelles (ZENxx).

ZEN00 — TOQ Core (HAL-ready)Central framework, axioms, notations, conventions, and traceability rules for the ZEN series (TOQ) SECURITY & SHA (v1.0)This document is published as a prior-art and traceability reference for the TOQ corpus.Any substantial reuse (structure, definitions, equations, notations, tables, diagrams) must cite this record and its DOI (CC BY).PDF SHA-256 (v1.0): 7dd4af6022f6df7de3f15625f341c1d0ff47334fa30572bd0c52b20c5b775a0a ZEN00 is the “Core” framework document of the ZEN series dedicated to the Theory of Quantum Oceans (TOQ). Its purpose is not to stack numerical results, but to fix a stable foundation—definitions, axioms, conventions, and validation rules—so that each specialized note in the series can be audited, reproduced, and falsified without ambiguity. TOQ proposes a unified structural framework in which physical observables emerge from a discrete temporal dynamics (a locally stabilized “geometrization of time”). ZEN00 establishes: Axioms and operational ontology — a set of axioms describing a pre-geometric substrate (“Quantum Ocean”) and a reference dynamical asymmetry (2:1 ratio) used as a generative constraint. Notations and shared structural building blocks — calculation conventions, normalizations, and discrete building blocks (triangular structures, angular quantizations, structural identities) used consistently across the series. Methodological protocol and anti-circularity — explicit criteria ensuring: (i) testability, (ii) absence of post-hoc tuning on the tested observable, (iii) non-circularity between notes (each result remains traceable to its building blocks and verifiable), and (iv) reproducibility (scripts, parameters, tables, and comparison schematics when relevant). Falsifiability — refutation conditions stated in advance: what would count as a failure of the framework, and how to distinguish a structural signature from a numerical coincidence. Numerical results (“structural constraints”) are not concentrated here: they are published separately in specialized ZEN notes (mass ratios, coupling constants, electroweak sector, threshold signatures, and observational protocols). ZEN00 therefore acts as a methodological contract: it defines what is postulated, what is derived, how comparisons are performed, and how a TOQ prediction can be confirmed—or invalidated. Recommended reading path:ZEN00 (framework) → ZEN08 (methodological annex: criteria / protocols / falsification) → ZEN07 (observational protocols) → specialized constraint notes (ZENxx).

Keywords

reproductibilité, secteur électrofaible, tests nuls, nombres triangulaires, géométrie discrète, TOQ, substrat temporel, falsifiabilité, non-circularité, Théorie des Océans Quantiques, asymétrie 2:1, contraintes structurelles, quantification angulaire, cadre structurel, ontologie opératoire

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selected citations
These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
0
Average
Average
Average
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