Nature Physics Initial Article Submission Package for a CRGE Origin-Layer Interpretation of Alpha, JS-Schroedinger Dynamics, Electromagnetic/Gravity Readout, and Electron-Mass Chain

=================================== update. CRGE_V32_Submission_Manuscript_Zero_Bias_Alpha_Readout_and_Master_Unified_Field_Bridge_Audit 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 archives the initial Article submission package prepared for Nature Physics. It is distinct from the earlier Zenodo priority packet and contains the submission-facing manuscript and cover-letter materials for a CRGE origin-layer interpretation of the fine-structure constant, JS-Schroedinger two-channel dynamics, electromagnetic/gravity readout, and the downstream electron-mass chain. The manuscript 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. It 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-sector mass chain. The submission package is intended for editorial screening as an initial Article manuscript. It does not claim completed peer-reviewed proof or final unified-field theory. The claim boundary is an origin-layer candidate framework supported by executable computational audit materials and a separately timestamped priority record.