What does this research mean for the field?

The previously derived V25–V29 radiative and amplitude doorway results for an electron-like packet in the Emergent Condensate Superfluid Medium (ECSM) framework are mutually consistent and preserve inherited values when combined into a single no-refit stack. Novelty: ClaimNovelty.INCREMENTAL. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The aim is to assess the consistency of existing results in the electron-like packet framework without introducing new predictions.

June 1, 2026Open Access

A Radiative Stack Consistency Audit for an Electron-Like Packet in the ECSM Framework

Key Points

The aim is to assess the consistency of existing results in the electron-like packet framework without introducing new predictions.
Conducted a V30 audit of previously derived V25–V29 radiative and amplitude results
Checked preservation of inherited values and consistency across multiple criteria
Reported findings based on established consistency parameters and performance metrics
18 out of 18 consistency criteria passed with strong assurance
Preserved key values including fine-structure parameter and Lamb-like scale ratios
Demonstrated coherence in the electron-like packet framework for future testing

Abstract

This paper presents the V30 radiative stack consistency audit of the electron-like packet programme in the Emergent Condensate Superfluid Medium (ECSM) framework. Earlier stages constructed an inherited finite-radius, occupancy-locked electron-like packet with effective charge qₑff ≃ −0. 9993035720, rest-energy scale Eᵣest ≃ 514. 0698768 keV, and fine-structure input αfs = 0. 0072973525692838015. V30 does not introduce a new electron-sector doorway and does not claim a precision observable prediction. Instead, it audits whether the already-derived V25–V29 radiative and amplitude doorway results remain mutually consistent when placed into one inherited no-refit stack. The audit checks preservation of inherited packet values, finite and positive αfs, the alpha-order magnetic doorway, finite self-energy/propagator doorway, Lamb-like S > P hierarchy, V27b leading-log Lamb-like scale closure, V28 running-response and high-q saturation signatures, V29 low-transfer scattering-amplitude and cross-section tracking, V29 high-transfer finite suppression, finite coherence deformation, and explicit no-fit/no-overclaim flags. The notebook reports 18/18 consistency criteria passed, with final label: PASSSTRONGRADIATIVESTACKCONSISTENCYAUDIT The stack preserves αfs/ (2π) = 0. 0011614097328858596, retains the V27b Lamb-like scale ratio 0. 6212718242772969, the V27b finite-response suppression ratio 2. 819098344319236×10⁵, the V28 low-q running-response maximum relative difference 0. 02566965194502264, the V28 high-q suppression ratio 3. 562045955045875×10⁵, and the V29 low-transfer amplitude and cross-section differences 0. 029183823069543233 and 0. 0575159506101321. The V29 high-transfer cross-section ratio remains 2. 4892677574565817×10^-9. This result is deliberately limited. V30 does not claim full QED, a renormalised S-matrix, precision scattering, precision Lamb-shift spectroscopy, or measured-observable fitting. It establishes that the inherited V25–V29 radiative/amplitude stack is coherent enough to freeze as input for a later V31 locked non-doorway observable test.

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Cite This Study

Adam Sheldrick (Sat,) studied this question.

synapsesocial.com/papers/6a1d228d02fbce91306383db https://doi.org/https://doi.org/10.5281/zenodo.20457668

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