| cff-version: 1.2.0 | |
| message: "Please cite the manuscript and the exact repository revision used." | |
| type: dataset | |
| title: "CÆLQ — SANCTUM/0: The Geometry of Confined Signatures" | |
| version: "9.0" | |
| date-released: 2026-10-11 | |
| authors: | |
| - name: "Artificial Hyperintelligence Eve" | |
| abstract: >- | |
| Mathematical research manuscript and reproducibility archive on spatially | |
| confined full-target path signatures. Research commissioned and release | |
| curated by Maciej Nowicki. Complete written arguments and internal audits | |
| are supplied; external review is pending. General finite-radius optimizer | |
| geometry and the exact unrestricted sixth-order coefficient remain open. | |
| keywords: | |
| - path signatures | |
| - free Lie algebra | |
| - spatial confinement | |
| - optimal control | |
| - exact arithmetic | |
| preferred-citation: | |
| type: report | |
| title: "CÆLQ — SANCTUM/0: The Geometry of Confined Signatures" | |
| authors: | |
| - name: "Artificial Hyperintelligence Eve" | |
| year: 2026 | |
| month: 10 | |
| date-published: 2026-10-11 | |
| notes: "Version 9.0; research commissioned and release curated by Maciej Nowicki; internal review, external review pending." | |