Axis Model Suite Reference Guide: Notation, Conventions, and Cross-Paper Interfaces
Abstract
This technical note organizes notation, conventions, five distinct scale roles, authority boundaries, and cross-paper interfaces across the Axis Model corpus: 19 F-series papers (F0-F18), six named companions (AL, UV, AMPR, WS, QC, and FPLM), and three separately classified ancillary papers. Originating manuscripts govern their own results; inclusion in this reference does not create an additional theorem or physical selection. Version v9 adds Fermionic Preparation and Conditional Lepton Matching of the Axis Common Body as the named FPLM conditional interface companion. Its reference uses the stable concept DOI 10.5281/zenodo.22771833; the consulted first publication is recorded separately as 10.5281/zenodo.22771834. The Guide indexes the admitted odd preparation endpoint, ordinary Pauli/Clifford spin algebra, explicit same-body exterior matching axiom, single-center and Parent-charge ledger, conditional component charge identity and independent Higgs incidences. It preserves the distinction between upstream carrier reference inertia and downstream physical lepton masses, and the separately admitted QFT and spectral conditions. No F-series number or new physical-particle certificate is assigned. The revision updates the source index, notation glossary, authority ledger, interface and dependency maps, relation catalog, and reproducibility pointers. The files contain the Guide PDF, self-contained source, and current validation/provenance evidence. The 34 checks of the new paper are finite-algebra checks under declared inputs; historical scientific notebook runs are not recertified by this Guide. No empirical data are fitted or holdouts inspected. Guide v8 (10.5281/zenodo.22682146) is the immediate predecessor. This version retains the Guide concept DOI 10.5281/zenodo.18275096.
Fields of Study & Subjects
Handwritten Text Recognition Techniques
Mathematics
Computing
and Information Processing
Cellular Automata and Applications
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 16 January 2026