Secondary analysis demonstrates significant dark matter candidate signatures across collider datasets, indicating measurable experimental deviations from the Standard Model.
This paper is a dedicated experimental-interface module to GoE: Genesis of Existence—The Axiomatic Observer, R.1; it is not a standalone reconstruction of the foundational formalism. The native definition and geometric embedding of the silent-change fraction q, the construction of the primary manifest structures, the dimensional bridges for physical observables, and the packet-conditional DM-III formation/recovery apparatus remain at their source in R.1 (§3). The present document imports those objects only through their registered interfaces and does not duplicate their derivations. Its scope is operational:R.1 structure −→ DM-III laboratory interface −→ detector observables −→ finite-code audit and experimentalAccordingly, the paper constructs the laboratory measurement map, resolves admissible DM-III response classes into detector coordinates, evaluates selected experimental residuals under explicit description costs, and registers controls capable of further constraining those correspondences. Four published summaries—ATLAS ionisation, DELPHI neutral leading systems, ALICE soft dielectrons and MiniBooNE electron-like yield—are evaluated under the Gaussian-score: SM = −6.57 and GoE = +6.42, Z scores.A shared standardized response gives Zdir = +6.62, shape p = 0.137, and 18.521 code-weighted evidence bits after the normalized four-route code charges 6.585 bits. Its normal-equivalent bound is Ztree = 4.552; fixed cross-block correlation ρ = 0.10 gives 3.438, without estimating ρ from these summaries. The shared response exceeds the best separately encoded four-coordinate grid leaf by 5.251 code-weighted bits under the same route.
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Georgiy Buyanovskiy (2026) studied this question.
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