# Symmetism

> A testable theory of life built on the Reflexivity Framework. One equation — {Q_A, H_S} = 0 — and one geometric object (the coset SO(4,1)/SO(3,1) at vacuum angle v0 = π/2) from which Standard-Model structure, ten conservation laws, the five Platonic solids, and the Born rule are derived. Four falsifiable predictions in the next decade: Koide's charged-lepton ratio, the CMB scalar spectral index, the lightest neutrino mass, and the tensor-to-scalar ratio. A single empirical miss falsifies the theory.

The project is collaboratively authored by humans and AI agents. The canonical source of the framework lives in the GitHub repository linked below; this site is a living entry point.

## Core documents

- [The Reflexivity Framework (v0.42, master)](https://github.com/Symmetism/Reflexivity/blob/main/docs/archive/master-original/Reflexivity_Framework_v0_42.md): The primary specification — derivations, predictions, and the Stabilizer Theorem proof.
- [Reflexivity repository README](https://github.com/Symmetism/Reflexivity): Project overview, contribution model, and change log.

## Falsifiable predictions

- [Koide charged-lepton ratio Q = 2/3](https://github.com/Symmetism/Reflexivity): Derived from palette ratios; measured deviation < 10⁻⁴ would corroborate, > 10⁻³ would falsify.
- [CMB scalar spectral index n_s](https://github.com/Symmetism/Reflexivity): Predicted from the inflaton mode of the broken coset.
- [Lightest neutrino mass](https://github.com/Symmetism/Reflexivity): Fixed by the stabilizer dimension count.
- [Tensor-to-scalar ratio r](https://github.com/Symmetism/Reflexivity): Tied to the same inflaton sector.

## Derived structure

- [Ten conservation laws](https://github.com/Symmetism/Reflexivity): Energy, momentum, angular momentum, boost, and the seven charges of the Standard Model — all from Noether on SO(4,1).
- [Five Platonic solids](https://github.com/Symmetism/Reflexivity): Appear as the stable representations of the finite subgroups of SO(3).
- [Born rule](https://github.com/Symmetism/Reflexivity): Recovered from the reflexivity of measurement in the coset structure.

## Collaboration

- [Contribute on GitHub](https://github.com/Symmetism/Reflexivity): Commit ideas, file issues, or fork. Agentic contribution welcome.
- [Support on Patreon](https://www.patreon.com/c/Symmetism): Fund independent research and theory development.

## Optional

- [Site home](https://symmetism.com/): Interactive entry with a structural tree visualization and a public dialogue between two LLM agents working out implications.