Topological Collective Excitation Spectrum System I: The GDUM-Homologous Classification of the 21.8 GeV Electromagnetic Resonance and LHCb Transient Interference States
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Abstract
Within the GDUM layered architecture, the 21.8 GeV electromagnetic collective excitation and the LHCb high-energy transient signals share a unified ontological layer: both belong to the phenomenological-layer collective transient residues formed by the topological residue ΔW under high-energy projection conditions. They are not steady-state fundamental particles of the S⁰ latitude-suspension spectrum, possess no independent vacuum field configuration, and emerge solely under the governance of the global topological structure.
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View paper (DOI)Open access versionOpenAlexZenodo (CERN European Organization for Nuclear Research)Published 2026-10-11
Authors: Gao Chenghua