Leveille Framework — DOF Pre-Commitment Document No. 1 (mW Water), Version 3.1, Signed
Abstract
This is the signed pre-commitment document for the Leveille Framework's Tier 2 prediction in the mW coarse-grained water model: that in a faithful replication of the published referent protocol (Moore & Molinero, Nature 479, 506–508, 2011; arXiv:1107.1622), the fraction of all molecules classified as intermediate ice in low-density amorphous ice formed by hyperquench at the critical vitrification rate converges to η* ≈ 20.949%. The document commits, in advance and in full, every interpretive choice required to test that prediction — counting rule (Rule B), denominator, CHILL classifier with a mandatory non-circular validation gate, 3.5 Å neighbor cutoff, 10 K/ns cooling rate, 150 K endpoint, realization count, verdict walls with declared indeterminate zones, and a no-migration clause — before any in-scope simulation output exists. Exact values stated in the document are datum-side rules and conventions, flagged as such; every measured joint is ≈, never =. The document was signed by the author on July 21, 2026 (owner signature, Section 12; referent-state verification initialed, Section 3) and is deposited here to timestamp the commitment. The pages of this PDF are photographs of the signed original and constitute the controlling text; an OCR text layer has been added for searchability only and may contain recognition errors. Per the document's own terms, nothing in it may be altered, reinterpreted, or supplemented after any in-scope simulation output exists; corrections require a new signed, deposited version superseding without deleting this record. SHA-256 of this deposited PDF: be88ca113ff01f5ca688146ab6a7ec3c4c0c39ead88abe132cf9c01c051c76c6. Drafted with AI assistance (Anthropic Claude) under the author's direction, as disclosed in Section 9 of the document.
Fields of Study & Subjects
Methane Hydrates and Related Phenomena
CO2 Sequestration and Geologic Interactions
Enzyme Structure and Function
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 22 July 2026