
ZEN21-A Recherche d'anomalies structurelles non résonantes dans la région 700–760 GeV Ce dépôt (ZEN21-A) définit un protocole modèle-agnostique et reproductible pour tester l’existence d’anomalies structurelles non résonantes dans la fenêtre 700–760 GeV en masse invariante au LHC. Portée- Fenêtre cible : 700–760 GeV.- Principe : statistique de type saut/structure (ΔR), scan explicite, tests nuls et critères de falsification.- Protocole conçu pour être indépendant du choix de modèle de fond, et applicable à partir d’histogrammes publics ou de spectres binned internes. Traçabilité & attributionCe protocole fait partie du package TOR726 et doit être cité en cas de réutilisation (CC BY 4.0).Référence racine : ZEN21-0 (DOI : 10.5281/zenodo.18510570).Méthode (ce dépôt) : ZEN21-A (DOI : 10.5281/zenodo.18510305).Note technique (cible figée) : ZEN21-B (DOI : 10.5281/zenodo.18510350). Toute réutilisation du workflow (fenêtre, statistique, procédure de scan, critères de rejet) sans citation contrevient à l’attribution requise et nuit à la reproductibilité. Merci de citer les DOI ci-dessus.
This record (ZEN21-A) defines a model-agnostic, reproducible protocol to test for non-resonant structural anomalies in the 700–760 GeV invariant-mass region at the LHC. Scope- Target window: 700–760 GeV.- Test principle: scan-based step/structure statistic (ΔR / step-like signature), with explicit null tests and falsification criteria.- The protocol is designed to be independent of any particular background model choice, and to be implementable from public histograms or collaboration-level binned spectra. Traceability & attributionThis protocol is part of the TOR726 package and must be cited when reused (CC BY 4.0).Root citation (package index): ZEN21-0 (DOI: 10.5281/zenodo.18510570).Method DOI (this record): ZEN21-A (DOI: 10.5281/zenodo.18510305).Frozen target note: ZEN21-B (DOI: 10.5281/zenodo.18510350). Reusing the workflow (window definition, statistic, scan procedure, or rejection criteria) without citation would break the CC BY attribution requirement and undermine reproducibility. Please cite the DOIs above.
TOR726, model-agnostic, scan statistic, TOQ, high-mass region, Théorie des Océans Quantiques, 700-760 GeV, traceability, invariant mass, statistical test, LHC, step-like anomaly, reproducibility, non-resonant
TOR726, model-agnostic, scan statistic, TOQ, high-mass region, Théorie des Océans Quantiques, 700-760 GeV, traceability, invariant mass, statistical test, LHC, step-like anomaly, reproducibility, non-resonant
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