RH AI Research Starting Point v2.0: Chamber-Aware Segmentation

The integration package includes the complete contents of W-17. Establish the first complete closed-interval certificate across a spline knot event surface: along the 4d=log2 event, the parameter domain is sliced into three segments: left fixed chamber → event thin layer → right fixed chamber, proving λmin(M(d),G(d))>10⁻⁸ for all three closed cells. The activation graph remains unchanged, but the spline-piece identity changes.

RH_CLAIM = False — The self-reported fields of the document within the package, reproduced here as-is. "Finite-dimensional chamber traversal does not imply RH." Batch 01 progress: currently completed RH-W-17 / RH-W-20, with three rounds remaining.

Connections

For relationships with other packages, I try to use the words from its own documents, not my interpretation. The W-17 contents fully merged into this package are identical to its standalone page, and are not rendered again here.

Previous VersionResearch Starting Point v1.9 · Three-Parameter Near-Zero Spectral Tube

Next VersionResearch Starting Point v2.1 · Unified Certificate Backend

Merged intoW-17

Research Starting Point Series20 / 23

"The active prime powers across the entire interval remain {2,3,4}, so this round is not a prime activation event, but rather a polynomial piece event: the activation graph remains unchanged, but the spline-piece identity changes." — Excerpt from the "Structural Distinction" section of the main document in this package.

v2.0 Core Content

New in this version (cross-knot event surface certificate), structural distinction (polynomial piece vs prime activation), methodology (event compiler to exact LDLᵀ), new data, declarations, and next node (RH-W-18 certificate backend unification).

Files

The complete folder RH_W_17_工程包_v0.1/ merged into this package is identical to the W-17 page; only the filenames are listed here for verification.

Download Full Package (1319.9 KB)

sha256 d5d5895830b845afee20a55bdd62f62a30d5bb141115ae5c677be97e2763c027