The Axis Model: A Unified Framework for Emergent Particle Structure, Cosmology, and Gravitational Phenomena

This repository contains the computational and empirical validation materials associated with the paper The Axis Model. The Axis Model proposes a unified geometric framework in which fundamental particles and interactions emerge from scalar-stabilized configurations of quantized vector displacements (“mortons”). Included in this archive are Colab notebooks for gravitational wave signal analysis, SPARC rotation curve fitting, neutrino oscillation posterior fitting, composite photon birefringence modeling, and scalar–vector lensing simulations. All code is annotated and reproduces the figures and statistical metrics used in the paper, supporting transparency and reproducibility. See the manuscript for theoretical context and interpretation of results. This dataset supersedes the original exploratory pipelines for gravitational-wave envelope analysis. The v1 code seeded phase and fit narrowly around 0.09 Hz without multiple-comparison correction; this produced spurious “detections.” In this version, we provide a preregistered, SHA-256-hashed specification and reproducible code implementing: Uniform 0.01–5 Hz frequency scan, Nested linear regression (cos/sin basis), Max-T permutation test with phase-randomized surrogates (FWER control), Off-source controls at ±300s and ±600s. Exploratory scripts remain for archival comparison but are no longer recommended. For questions, compatibility issues, or support with the Colab notebooks, contact the author at: [e-mail] This is version 2 of the dataset: It corrects the scalar projection formalism in Section 4.4.10 and replaces the outdated Colab with a Bridge Equation-compliant version.