On this page
Three direct starting points
| Area | Purpose | Status |
|---|---|---|
| Astrolabium | Explore signals, Fourier representations and spectral graph models. | Browser application with documented numerical checks and limits. |
| Signal Validation Lab | Compare four processing methods against known signals. | Synthetic experiments with export and replay. |
| Causal-Set Lab | Generate and examine finite causal orders. | Research prototype; not evidence for quantum gravity. |
What do the project names mean?
| Name | Plain-language purpose | Important limit |
|---|---|---|
| Lorentz / causal orders | Studies relationships, structural features and geometric estimation tasks. | Matching signatures do not automatically mean identical orders. |
| RAX / RAX-CQG | A relational research programme and architecture for further questions about quantum dynamics. | The programme and finite benchmarks are not an established physical theory. |
| X6-QE | Exact graph examples about spectra and lost structural information. | Not a general qualification of quantum or spacetime claims. |
| Industrial denoising | Investigates useful signal reconstruction for machinery. | Limited data pilot; no demonstrated superiority of a new filter. |
| ACVM / Sagnac / photonics | Control channels, reference workflows and optical experiment designs. | Software checks and firmware builds do not replace electrical or optical measurement qualification. |
| Edge Reference | Local execution and export as a starting point for applications near devices. | Not a generally qualified distributed hardware product. |
| NQK, Experiment Fabric, Neutral Discovery | Separate research sources or dossiers listed in the module register. | Some are only on research branches; historical NQK test archives are missing. |
The Paderborn pilot uses existing real laboratory data. Its small sample counts do not establish general industrial performance. Data rights are documented separately; the software licence does not cover every dataset automatically.
Find the authoritative version
- Open the module catalogue and search for your topic.
- Read the source location and commit. MAIN and BRANCH_ONLY describe locations.
- Open the original documentation and its evidence report.
- Check the next outstanding acceptance test. Dated research notes supplement the register for later studies.
This wiki edition explains the published state through PR #42 on 16 October 2026. The register is also a dated snapshot. An older source pin is not automatically the latest state of every subsequent study.