CERN results (ALICE, CMS oraz NA61SHINE) as GTWSSF anchors and an operational hypothesis of metapole excitation via resonance cascades in hadronic and nuclear collisions_last_EN
Abstract
Thispaperconsolidatesselected,recenthigh-energyresults(ALICE,CMSandNA61/SHINE)intoexplicitnumerical anchors stored intheMasterData repository, includingmeasurementmetadata, observabledefinitions anduncertaintybookkeeping. Theanchors are treatedasminimal, review-gradeempirical tuples that canbe reconstructedfromprimarysourcesandcomparedacrossexperimentswithout introducingextratheoreticalentities.Anoperational, testablehypothesis isthenformulated: aresidualwithrespecttoareferencemodel(oraphysicalboundary)correlateswithameasurableproxyofresonance-cascadecomplexity, includingexplicit feed-downcontrol. Interpreting suchacorrelationas ametapoleexcitationsignatureisexplicitlylabeledasaworkinghypothesiswithinGTWSSF.Verificationremainsstrictlyempirical throughunambiguousobservabledefinitions,geometryandsystematiccontrols,andabinaryPASS/FAILprotocolbasedonboundarychecksandcross-datasettrendconsistency.ThisEnglishmanuscript (Doc_ID: BK-(X02-X05,Y00,Z00)20260129-v07) is anextendedmirroralignedwiththestructureof thePLmanuscriptshippedinthesamerepository. NumerictablesareprovidedinAnnexX02,whiletheoperationalmodelandworkedexamplesareprovidedinAnnexesX03andX04.
Fields of Study & Subjects
High-Energy Particle Collisions Research
Quantum Chromodynamics and Particle Interactions
Particle physics theoretical and experimental studies
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 29 January 2026
- Language
- EN