The Origas Red Line Trilogy: Navier-Stokes, Cabin 1/2 EPR Conditional Completion, and the Fine-Structure Constant

This Zenodo record is a single three-volume research corpus within Thierry Origas's 2026 Natural-Chance / Galilean Red Line programme. The three PDFs are complementary and are not competing versions. They correspond to three distinct but connected information contracts built around one question: When does an exact or formally successful representation cease to be sufficient for a different task because source-sensitive distinctions have been projected away? VOLUME I THE NAVIER-STOKES RED LINE: BASE-1 INTERFACE Volume I deliberately remains inside a peer-accessible Base-1 language: declared readout P, task J, fibres, residual diameter, sensors, controls, uncertainty, recursion and falsification. The 8 September 2026 OpenAI Navier-Stokes blow-up construction is used as a sharp benchmark for separating task completion from state or source completion. The central Red Line statement is task-relative: exactness for one declared task does not automatically grant jurisdiction over distinctions erased by the chosen readout. The volume develops recursive-jurisdiction results, residual-fibre bounds, explicit Navier-Stokes examples, a multiscale Geode ledger, and measurable enrichment tests. It does not require the physical ontology of Volume II. VOLUME II CABIN 1/2 EPR CONDITIONAL COMPLETION Volume II changes the information contract. It introduces the stronger Cabin 1/2 layer under explicit axioms: source-linked sectors A and B, a separator or coupling K, complementary history arguments +t and -t anchored by T, provenance, intervention and independent replication. The A+B-K-T construction is therefore conditional and falsifiable. Internal mathematical consistency is not presented as sufficient evidence for a physical World B, literal physical time branches, or a universal physical 1/2 boundary. These remain experimental questions. The four-path conservative structure {-2, -1, +1, +2} is used to preserve distinctions, ordering and source-sensitive information instead of silently projecting them into one scalar readout. VOLUME III FINE-STRUCTURE CONSTANT AND CONSERVATIVE A-B BRIDGE Volume III moves the same completion problem into precision electromagnetic metrology. It studies the fine-structure constant α, an observable sector A, a proposed structured sector B, the coupling K and temporal organization T. Six complementary experimental routes are developed: optical and nuclear clock ratios, cross-metrology, non-commutative holonomy, spectral memory, a quantum-mediator witness, and physical coupled/decoupled/recoupled intervention. The accompanying empirical addendum uses published open metrological values to test whether a single scalar α exhausts the information required to explain present discrepancies. Provenance and measurement path are shown to carry diagnostic information. This is not presented as a discovery of World B: a physical B sector would require one predeclared K/T mechanism to explain independent observations and to succeed on out-of-sample predictions. CROSS-VOLUME ARTICULATION Inside DOI 10.5281/zenodo.22680828, the constructive reading order is: Volume I → Volume II → Volume III. Volume I establishes what can be stated without adopting the Cabin ontology. Volume II introduces the stronger conditional completion. Volume III asks how that additional structure could leave a measurable trace in an established precision-physics domain. TRANSVERSAL READING OF THE ORIGAS DOI CORPUS The wider Origas DOI corpus is intentionally cumulative. For the author's intended transversal reading, the records should also be read in reverse chronological order: begin with the most recent operational and falsifiable layer and then move backward toward the frozen antecedents. This reverse reading is important because each DOI is a timestamped layer. Later records may restrict, operationalize, separate or make testable distinctions that were less explicit in earlier records. The later source-sensitive structure should therefore not be collapsed retroactively into the reduced vocabulary of an earlier P-only representation. Recommended reverse DOI path: 10.5281/zenodo.22680828→ 10.5281/zenodo.22640293→ 10.5281/zenodo.22549313→ 10.5281/zenodo.22237277→ 10.5281/zenodo.22123940→ 10.5281/zenodo.22100628 Foundational mathematical and conservative-bridge records are linked separately in the Related Works metadata. SCIENTIFIC BOUNDARY This record distinguishes exact mathematical statements, empirical results, conditional model consequences and open physical hypotheses. DOI registration establishes archival identity, priority and provenance; it does not constitute peer review, experimental validation, endorsement by Zenodo/CERN, or validation of the physical existence of World B. Bell/Aspect results, standard Navier-Stokes mathematics, CODATA metrology, Connes's work and all other cited prior results retain their original attribution. Formal analysis, mathematical checking, documentary research and document engineering were assisted by GPT-5.6 Sol. Authorial framing, frozen predictions, selection of the Cabin 1/2 programme and responsibility for the deposited material remain attributed to Thierry Origas.