Official SDK for Fine Structures, a Standard Model unifying theory
With Go installed, build the go2x3 binary:
% make build
% cd cmd/go2x3 && ls learnExplore or run any of the tutorial scripts:
% ./go2x3 learn/00-hello-electron.py
% ./go2x3 learn/01-foundations.py
% ./go2x3 learn/02-techniques.py
% ./go2x3 learn/03-standard-catalogs.py
% ./go2x3 learn/04-neutron-decay.py
% ./go2x3 learn/05-cycles-deep-dive.py
% ./go2x3 learn/06-lepton-non-universality.py
% ./go2x3 learn/07-factors-of-light.py
% ./go2x3 learn/08-catalog-inspect.pyOr skip the above and go directly to the learn scripts and their "gold" output.
This project is a library & demonstration toolkit for Fine Structures. Although lib2x3 is a pure Go library, gpython is used to embed and expose it. This means scripting is easy — see for yourself in the first tutorial as you follow along in its output.
| Version | Description |
|---|---|
| v1.2022.1 | - traces-based particle catalog index - conventional (non-canonic) vertex-based graph encoding - introducing early tricodes |
| v1.2022.2 | - refactor graph canonicalization - refactor tricode console output |
| v1.2022.3 | - graph ascii art - refactor tricode encoding |
| v1.2023.1 | - refactor and cleanup |
| v1.2023.2 | - edge traces factorization (WIP) |
| v1.2023.3 | - edge traces factorization: all traces normalized |
| v1.2023.4 | - switched to vertex group factorization |
| v1.2024.1 | - rename and copy edits |
-
Explore Traces normalization (to 0..1 non-linear transformations)
- Normalize each term by 1/Ci^2 or 3 and then sum (area and volume packing!)
- Maybe the odd TracesTerms pack into open loops while even TracesTerms pack into closed loops?
- Hopf mapping
- 3D volume packing of Trapezo-Rhombic Dodecahedra
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p-adic numbers & visualization:
-
Consider y8d:
- the odd cycles can only come from passing through one the two loops in this graph.
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Factor Traces into "prime basis vector" (count of each prime dot prime[i])