Contact-Event Equations, a Non-Smooth KKT System, and an Isolated Five-Link Candidate

Connections · Connections

Relationship to other packages, stated as far as possible in the document's own words, not my interpretation.

“This improvement is only about 10⁻⁹; its significance lies not in substantively raising the Moser lower bound, but in projecting Round 4's black-box equalization point onto a stationary solution of the exact event equations… four cusp contact events in equalization + four-branch pressure stationarity = a numerically isolated five-link candidate.” — excerpted from Section 5 and the Conclusion of this package's main document.

Core Content of Round 5

Analytic phase formulas for the four exact contact events, the event scale function, the nine-equation event–KKT system, the solution of the event system, the branch-pressure ledger, the non-smooth local-minimum check, isolation diagnostics (Jacobian rank, perturb-and-return-to-root testing), a full phase audit, and Round 6's two paths (topology boundary-crossing search vs. a local topological-limit certificate).

Files · Files

sha256 2a86975f16ef806febc8ba73f0264552840877266c0dd5f349b721d872379bb8