A Priority Packet for a CRGE Origin-Layer Interpretation of the Fine-Structure Constant, JS-Schroedinger Dynamics, Electromagnetic/Gravity Readout, and Electron-Mass Chain

========================================== update. CRGE_V29_Submission_Manuscript_Front_Loaded_CODE_8100_77_CORE75_Operator_Grammar_Reconstruction CRGE_V27_Submission_Manuscript_CODE_8100_75_All_Slot_Operator_Grammar_Audit CRGE_V26_Submission_Manuscript_Alpha_Inverse_Ci_Operator_Grammar_and_CODE_8100_60_Intrinsic_Dynamics ========================================== This record timestamps a CRGE origin-layer priority packet prepared before Nature/Nature Physics presubmission enquiry. The packet foregrounds the fine-structure constant in the factorized form alpha = 1/[pi(1 + pi + (2*pi)^2)] and interprets it as a conserved-budget phase-closure readout. The enclosed packet connects this alpha formulation to conservation-preserving internal +/− residual redistribution, symmetry, coupling, phase-like/imaginary-like bookkeeping, JS-Schroedinger two-channel imaginary residual dynamics, electromagnetic phase-residual readout, gravitational real-density/curvature readout, and a downstream electron-mass chain. The record also includes CODE 8100-60 source and output ledgers. CODE 8100-60 reports a self-contained computational audit with no external file read, no previous-output read, no blackbox generator, no fitting, no free parameter, no actual-value backflow into generation, CORE75 = 75/75 pass, mean relative error 0.160875%, and maximum relative error 0.568449%. This record is not a claim of completed peer-reviewed proof or final unified-field theory. It establishes dated authorship and priority for the enclosed CRGE formulation, presubmission enquiry packet, executable source, and output evidence.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-06-18
DOI
https://doi.org/10.5281/zenodo.20741686
Primary Topic
Quantum and Classical Electrodynamics
Type
preprint
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preprint

A Priority Packet for a CRGE Origin-Layer Interpretation of the Fine-Structure Constant, JS-Schroedinger Dynamics, Electromagnetic/Gravity Readout, and Electron-Mass Chain

S. W. Hong
Zenodo (CERN European Organization for Nuclear Research)
Quantum and Classical Electrodynamics
preprint

A Priority Packet for a CRGE Origin-Layer Interpretation of the Fine-Structure Constant, JS-Schroedinger Dynamics, Electromagnetic/Gravity Readout, and Electron-Mass Chain

S. W. Hong
preprint en

Abstract

========================================== update. CRGE_V29_Submission_Manuscript_Front_Loaded_CODE_8100_77_CORE75_Operator_Grammar_Reconstruction CRGE_V27_Submission_Manuscript_CODE_8100_75_All_Slot_Operator_Grammar_Audit CRGE_V26_Submission_Manuscript_Alpha_Inverse_Ci_Operator_Grammar_and_CODE_8100_60_Intrinsic_Dynamics ========================================== This record timestamps a CRGE origin-layer priority packet prepared before Nature/Nature Physics presubmission enquiry. The packet foregrounds the fine-structure constant in the factorized form alpha = 1/[pi(1 + pi + (2*pi)^2)] and interprets it as a conserved-budget phase-closure readout. The enclosed packet connects this alpha formulation to conservation-preserving internal +/− residual redistribution, symmetry, coupling, phase-like/imaginary-like bookkeeping, JS-Schroedinger two-channel imaginary residual dynamics, electromagnetic phase-residual readout, gravitational real-density/curvature readout, and a downstream electron-mass chain. The record also includes CODE 8100-60 source and output ledgers. CODE 8100-60 reports a self-contained computational audit with no external file read, no previous-output read, no blackbox generator, no fitting, no free parameter, no actual-value backflow into generation, CORE75 = 75/75 pass, mean relative error 0.160875%, and maximum relative error 0.568449%. This record is not a claim of completed peer-reviewed proof or final unified-field theory. It establishes dated authorship and priority for the enclosed CRGE formulation, presubmission enquiry packet, executable source, and output evidence.

Zenodo (CERN European Organization for Nuclear Research)
Quantum and Classical Electrodynamics
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