Toward a QDL Unified Field Theory: Consolidated Theorems, Computational Gates, Reproducibility Records, and Open Physical-Closure Problems

This Version 1.0 archive is a frozen public research record of the Quantized Dimensional Ledger (QDL) / Quantized Dimensional Cell (QDC) unified-field research program through QDL-QM5R3G, with a cutoff date of August 10, 2026. It consolidates the program-level architecture, current constitutive completion stack, gravity and particle-capacity results, predictive and replication status, chiral-measure and determinant-line program, public DOI index, machine-readable claim-strength ledger, gate index, and the current open physical-closure problems. The record is deliberately status-separated. Exact and computationally verified finite-model results are distinguished from conditional structural selections, admitted constitutive laws, model interpretations, open selectors, and unconfirmed empirical claims. In particular, the archive does not claim that QDL is a completed or experimentally established unified field theory. The current high-level object is a conditional UFT candidate of the form QDL Architecture + selected QDC master core + P_completion. The structural portion of P_completion is substantial, while cross-sector amplitude normalization, a unique physical vacuum, complete particle phenomenology, the global chiral determinant section, and a confirmed distinctive prediction remain open. The latest frontier record, QDL-QM5R3G, establishes an exact one-dimensional closed-projector/Fredholm representation of determinant-line holonomy and validates it on admissible controls, but does not yet supply the certified quasi-local large-volume compression required for the complete matched-regulator L=4/L=6 phase comparison. L=8 remains unauthorized. The next preregistered continuation is QDL-QM5R3H.