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| Format: | Recurso digital |
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Zenodo
2026
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| Online Access: | https://doi.org/10.5281/zenodo.20139281 |
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Table of Contents:
- <p>Two companion papers published under CC0.</p> <p>The first paper, 'Differentiation Within Unity,' argues in six steps — using only standard Standard Model physics — that quantum fields cannot be defined as separable fundamental entities. Each step follows from the standard formalism: mutual constitution of fields through the Higgs mechanism, gauge structure, and anomaly cancellation; the metric as identity-constituting for every SM field through the spin connection, covariant derivative, and spacetime structure.</p> <p>The paper addresses ontic structural realism, superselection rules, and the cosmological constant and hierarchy problems as diagnostics of the separability assumption. Two testable consequences are derived: correlated cosmological parameter drift on the Friedmann constraint surface, and gravitational wave coupling to SM fields through the metric dependence of the gauge field actions.</p> <p>The second paper, 'Predicted Thorium-229 Nuclear Clock Response to Gravitational Wave Events,' presents the detailed calculation for the second testable consequence. The QED and QCD gauge field actions contain the spacetime metric explicitly. A gravitational wave oscillates the metric. Therefore the effective gauge couplings oscillate. The electromagnetic and strong contributions to nuclear energy levels respond differently — the former linearly in α, the latter exponentially through dimensional transmutation. For the thorium-229 isomeric transition, which sits on a near-cancellation between strong and electromagnetic contributions, the measured sensitivity factor K ≈ 6000 amplifies the predicted signal to δf/f ~ 10⁻¹⁸ to 10⁻¹⁷.</p> <p>A 10% thought experiment demonstrates that every SM parameter shifts when the metric changes; the same algebra at h ~ 10⁻²¹ gives the same shifts scaled by 10⁻²⁰. The equivalence principle does not exclude this effect — it covers uniform fields, not tidal curvature, which is why LIGO works. The paper requests cross-correlation of existing timestamped thorium-229 frequency data with the public LIGO O4 gravitational wave event catalog. Both a positive result (first detection of gravitational wave coupling to nuclear structure) and a null result (first empirical confirmation that SM parameters are invariant under dynamical tidal curvature) would be publishable firsts. No new physics is introduced. Each step uses standard equations.</p>