NS_GSM: A Canonical Domain Model and Data-Ingestion Specification for the Navier–Stokes Relative-Global Closure Space

The bridge paper where the CSM series stops expanding its abstract theory and, for the first time, fully instantiates it onto the Navier–Stokes long-horizon research corpus, establishing “NS_GSM v0.1.” Fixes three mutually non-collapsing NS domains (formal/Clay-oriented, the signature-parameterized generalized NS-like family, and physical realization); defines the series ontology for nine internal research lines (ETN–X Integration, C1/C2, C3–C6, RFP, MORP, X72, DCRP, FCBP, Proof Asset Map); defines six canonical node families (TARGET, CLAIM, ROUTE, OBSTRUCTION, SURVIVOR, FRONTIER) plus eight support layers; and requires that original source labels (CLOSED/OPEN/NO-GO/SURVIVOR/STOP/CONDITIONAL) pass through a candidate layer and pipeline (Ingest → Extract → Normalize → Validate → ApplyClosure → Rebuild → Snapshot) before they can become native graph state. Defines the seven nodes of the v0.1 seed corpus: ETN–X Integration, C1, C2, C6-Q, DCRP103, DCRP104, DCRP105. The document states explicitly: “NS_GSM” is this series’ canonical project/framework code, and this paper does not presume to supply an English expansion for GSM that its originator never specified.