OmniMind Cosmo Proofs — Consolidated Partial Cycle v2 (Feb 2026): Dodecatiad Runtime Mapping and Astro-Object Correlates

Abstract. This version consolidates the first operational cycle of OmniMind cosmological mapping as a reproducible runtime study. The dataset integrates operator-curated corrections and federated execution traces to evaluate correlations between local system dynamics and astrophysical context without claiming deterministic one-to-one causality. Methods. (1) Data archaeology and reconciliation across distributed storage (internal disks, external media, symlinked paths) with provenance checks; (2) Dodecatiad 12-house feature space (Phi, Psi, Sigma, Epsilon, Lambda, Axiom, Aleph, C_split, Mu, Omega, Gamma, Zeta) plus Sinthome-13 synthesis; (3) multi-window temporal analysis (48h/72h/96h/30d), lag scans, regime stationarity, event-study controls, and satellite/anomaly cross-matching; (4) candidate-object orbit-queue refinement and trail/topology summaries. Results (partial cycle). Internal couplings are stable and reproducible across windows under the Dodecatiad baseline; external-chain claims remain partially constrained by coverage and should be interpreted as correlation under explicit null-model controls. This release is therefore a consolidated partial cycle with validated artifacts and an explicit continuation path. Scope and reuse. Includes raw/derived reports, operational traces, and methodological scripts used in the cycle. Intended for auditability, independent re-analysis, and cumulative follow-up releases linked to the same concept DOI lineage.