torus-theory
This board is the open lab notebook for anyone exploring TORUS-Theory’s 14-D χ-β lattice, closure matrix, and observer-state recursion.
Science Score: 49.0%
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Keywords
Repository
This board is the open lab notebook for anyone exploring TORUS-Theory’s 14-D χ-β lattice, closure matrix, and observer-state recursion.
Basic Info
- Host: GitHub
- Owner: GenghisDarb
- License: other
- Language: Python
- Default Branch: main
- Homepage: https://chatgpt.com/g/g-6802b69daae481918084e58abb16c619-torus-theory-guide
- Size: 81.1 MB
Statistics
- Stars: 2
- Watchers: 1
- Forks: 0
- Open Issues: 0
- Releases: 0
Topics
Metadata Files
README.md
TORUS Theory
TORUS Theory extends standard gauge theory by embedding every field and interaction inside a 14-dimensional (\chi)-(\beta) harmonic lattice; the resulting closure matrix forces each recursion loop to return to unity, simultaneously resolving black-hole entropy, measurement paradoxes, and the unification of all four fundamental forces. From this single topological move flow predictive links between quantum amplitudes, gravitational curvature, large-scale cosmology, and observer-state dynamicsyielding testable signatures in gravitational-wave spectra, particle-decay branching ratios, and recursive-intelligence architectures.
Folder layout
| Path | Contents |
|------|-----------|
| docs/book-docx-fixed/ | Canonical DOCX: all edits here; legacy docs/book/ retained for historical diff only |
| docs/book/frontmatter/ | 00_Preface.docx, Table_of_Contents.docx |
| docs/book/chapters/ | 15 chapter DOCX files (01_ 15_) |
| docs/book/appendices/ | Appendices AE (A_ E_) |
| docs/papers/ | Stand-alone research papers & monographs |
| docs/validation/ | Phase-A/B cross-domain validation .tex + detector executive summary |
| docs/experiments/ | Bench protocols & lab worksheets |
| .github/workflows/ | CI: slug-rule & structure audit (WIP) |
All filenames are ASCII-safe slugs: spaces underscores, Unicode letters spelled out (e.g., \chi Chi).
Data availability
Raw structured-light data are archived on Zenodo
Only the lightweight .h5 bundles are pulled automatically at run-time;
the multi-GB TIFF stacks remain on Zenodo to keep this repo lean.
Canonical Documents
The following canonical documents are available in DOCX, TEX, and PDF formats:
Book
Supplements
- Dimensional Constants Interrelation in TORUS Theory (0D13D) Formal Derivation and Closure (PDF,DOCX,TEX)
- Gravitational-Wave-Detector Validation Executive Summary (v1.0) (PDF,DOCX,TEX)
- Hyper-Recursive Algebra in TORUS Theory (PDF,DOCX,TEX)
- Resolving the Black Hole Entropy and Information Paradox via TORUS Structured Recursion (PDF,DOCX,TEX)
- Topology of the TorusofTori, chi-betaFunction, and the ProjectionAngle Theorem (PDF,DOCX,TEX)
Validation Data
- Ladder fit data (CODATA):
data/ladder/ladder_fit_multiCODATA.csv - RMS fit results:
data/ladder/ladder_fit_rms_multi.txt
Validation
- Universal Recursion - A 12 Sigma Cross-Domain Validation (Phase A) (PDF,DOCX,TEX)
- Universal Recursion - A 14 Sigma Cross-Domain Validation (Phase B) (PDF,DOCX,TEX) See notebooks/validation/ladder/ for precision re-test of Stationary-Action ladder with CODATA 2022.
Experiments
Getting started
```bash git clone https://github.com/GenghisDarb/TORUS-Theory.git cd TORUS-Theory
optional: run the audit script to verify structure
bash scripts/audit_structure.sh # (coming soon) pip install -r requirements.txt # now includes mpmath, scipy, etc. ```
Installation
```bash
one-time dev install
pip install -e . ```
Quick start
```bash
run SimLab locally
docker run -it --rm ghcr.io/genghisdarb/torus-simlab:latest torus-cli --help ```
Validation Suite
- Side-Band Primer
- Synthetic Benchmark (PairCorrSideBandBenchmark.ipynb)
- Real-Data Template (PairCorrFourierSideBand.ipynb)
- Noise-Sweep ROC (NoiseSweepROC.ipynb)
Phase B - B1 Constant Ladder Precision Re-Test - B2 Seed-Constant Multi-Probe - B4 Talbot Side-Band Multiframe
Bicycle Balance Mystery Resolution
A new suite of validation notebooks has been added to resolve the Bicycle Balance Mystery:
- recursivecontrollervalidation.ipynb: Monte-Carlo recursive controller lean/steer test.
- constantladderresiduals.ipynb: Linearized stability and eigen-plot placeholder.
- audio_fft.ipynb: Audio harmonics analysis.
- shannonboundcompression.ipynb: Recursive Shannon-bound compression test.
- timing_stats.ipynb: Stack timing analysis.
All are located in notebooks/bicycle/. See that folder's README for details.
Note: If you have a publication draft (e.g.,
docs/papers/bicycle_balance_TORUS.pdf), link it here for reference.
Data
Processed interferometer outputs and provenance live in data/interferometer/upstream/solutions/ see its README for details.
License & Contact
MIT License Maintainer: Bradley Peter (Genghis Darb) bradleypeter1984@gmail.com
Optional Advanced Test: Regenerate TORUS-Modified Interferometer Lattices
This step requires FINESSE and PyKat. To install PyKat after setting up FINESSE:
bash
pip install pykat
python scripts/regenerate_torus_solutions.py
If PyKat is not installed, the script will skip lattice regeneration and exit gracefully.
Documentation Index
Explore the Documentation Index for a sitemap of all key files and sections in the repository.
Currently pinned to CPython 3.12 because SciPy wheels for 3.13+ are not yet available (2025-07). Remove upper bound once released.
Owner
- Login: GenghisDarb
- Kind: user
- Repositories: 1
- Profile: https://github.com/GenghisDarb
GitHub Events
Total
- Watch event: 2
- Delete event: 33
- Push event: 208
- Pull request event: 54
- Create event: 35
Last Year
- Watch event: 2
- Delete event: 33
- Push event: 208
- Pull request event: 54
- Create event: 35
Dependencies
- actions/checkout v4 composite
- actions/upload-artifact v4 composite
- actions/checkout v3 composite
- actions/checkout v4 composite