Same Detector, Two Ontological Translations: CST's Reinterpretation of LHC, BES, and LHAASO Experimental Signals and the Paradigm Divide

Abstract This paper adopts a fully CST ontological standpoint and provides, item by item, CST ontological translations for five classes of large-scale scientific facility observations: the LHC proton–proton collision "Higgs signal," the BES electron–positron collision "glueball signal," spiral tracks in collider detectors, the near-simultaneous arrival of photons and neutrinos from the Crab Nebula observed by LHAASO, and the terminal knee phenomenon in LHAASO black-hole jet observations. The core claim is that experimental readings, events, energy spectra, time differences, and tracks are all objectively true and are fully accepted by CST; the disagreement lies not at the phenomenal level but at the level of ontological assignment. The Standard Model实体izes every signal peak into an independent particle and supplies a corresponding global field, which is a phenomenon-saving construction; CST insists on a monistic ontology—three-dimensional Euler spiral energy differentiates into G, R, and N string states, whose ratios, compressions, tearings, temporary lockings, and terminal re-entanglements give rise to all "particles" and "fields." A particularly important distinction must be made: the Crab Nebula sample tests the "synchronicity of terminal manifestation," whereas the black-hole jet knee sample tests the "interaction between manifested particles and surrounding matter." The two lie at different stages of the CST explanatory chain, possess different physical pictures, and must not be conflated. Finally, directions for quantitative interfaces capable of exclusionary adjudication are proposed.