target string | status string | created_at timestamp[s] | submission_url string | title string | document_type string | authors list | abstract string | external_identifiers dict | subject_hints list | files dict | supporting_context dict | final_submit_policy dict |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
inspire_hep | LOCAL_PACKET_READY | 2026-05-22T00:00:00 | https://inspirehep.net/submissions/literature | G-DECODE: A High-Precision Phenomenological Constraint for Newton's Constant with B3/SO(7) Algebraic Structure and an Explicit Mechanism Gap | article | [
{
"name": "Oldrich Dvorak",
"display_name": "Oldrich Dvorak",
"orcid": "0009-0009-7912-296X",
"affiliation": "Oldrich Research OS"
}
] | We analyze the relation G = (4/3)(hbar c/m_e^2) alpha^21 exp(-5 alpha/2) as a bounded phenomenological statement about Newton's constant. Using CODATA 2022 inputs, the formula gives G_pred = 6.6743123e-11 SI, 1.84 ppm above the recommended central value and +0.082 sigma within current experimental uncertainty. The form... | {
"zenodo_doi": "10.5281/zenodo.20120946",
"zenodo_url": "https://doi.org/10.5281/zenodo.20120946",
"github_repo": "https://github.com/oldrich-research/gravitational-constant-relation",
"arxiv_submission_id_rejected": "7578736"
} | [
"phenomenological physics",
"fundamental constants",
"Newton constant",
"high energy physics phenomenology",
"mathematical physics"
] | {
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"bibtex": "g-decode_inspire_refs.bib",
"source_bundle": "g-decode_inspire_source_bundle.tar.gz"
} | {
"arxiv_status": "arXiv physics.gen-ph submission 7578736 rejected on 2026-05-22; this packet is a direct INSPIRE literature submission, not an arXiv resubmission.",
"endorsement_context": "Holger Bech Nielsen endorsed the arXiv submission route. Include this context in a cover-note/comment field or moderator foll... | {
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"auth_method": "ORCID or CERN SSO",
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G-DECODE: A High-Precision Phenomenological Constraint for Newton's Constant with B3/SO(7) Algebraic Structure and an Explicit Mechanism Gap
We analyze the relation G = (4/3)(hbar c/m_e^2) alpha^21 exp(-5 alpha/2) as a bounded phenomenological statement about Newton's constant. Using CODATA 2022 inputs, the formula gives G_pred = 6.6743123e-11 SI, 1.84 ppm above the recommended central value and +0.082 sigma within current experimental uncertainty. The formula's discrete data admit an exact B3/SO(7) scaffold: 21 = dim(adj SO(7)), 5/2 = rho dot e1 = h_dual(B3)/2 under the standard dominant-chamber choice, and a B3-intrinsic 4/3 prefactor. The manuscript presents the relation as a Koide-class phenomenological anomaly with an exact algebraic scaffold, bounded reproducibility checks, and an explicit mechanism gap, not as a first-principles derivation of Newton's constant.
Canonical DOI: https://doi.org/10.5281/zenodo.20120946
GitHub: https://github.com/oldrich-research/gravitational-constant-relation
OSF mirror: https://osf.io/je6pa/
This Hugging Face repository is a public discovery mirror for the paper package and reproducibility assets.
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