LOCAL INSTALLATION
Shared workflow
Run signal, spectral and RAX jobs locally, export results and replay calculations. Follow the setup and launch instructions.
Set up the local workflow →OPEN RESEARCH · PUBLIC PREVIEW
Explore the question. Inspect the evidence.
X6 Spectral Astrolabium is an open research hub for signals, graphs and causal orders. Start with a browser experiment, explore a research module, or reproduce a finite reference calculation.
AI concept illustration, not a photograph of an assembled experiment. Optics, devices and displays are illustrative; the setup provides no experimental evidence for RAX-CQG yet.
Explore the design and schematic →NEW · CAUSAL-SET BENCHMARK 0.2.0 · 16 OCT 2026
RAX-CQG
Repaired research lab for finite causal orders: computed spectra, interval counts, raw data and reproducible reference checks.
Exploratory software prototype, not validated quantum gravity. Architecture v0.1 remains a research draft; CQG-01–08 have not been executed as a complete test campaign.
More tools & references
Launch either browser application above. These starting points lead to the relevant instructions, prerequisites and documented checks.
ASTROLABIUM · TAB 07
Sagnac data import
Inspect synthetic examples and SGNCv007 recordings in the Astrolabium. The local bridge requires Python; this does not demonstrate optical device control.
Open Sagnac instructions →LOCAL REPRODUCTION
Reference edition & test suite
Versioned reference packages and ten documented offline reports. Follow the download, prerequisite and reproduction instructions.
Open the reference edition →LOCAL NODE.JS EXAMPLE
Edge signal task
Run, export and replay a bounded signal task locally. An executable reference example for getting started with Edge workflows.
Explore the Edge example →Choose your starting point
01
Understand
What is being studied, and what do the results actually say? A plain-language introduction to the research and its limits.
Understand the project →02
Try
Explore signals and graphs in the Astrolabium or compare reference filters in Signal Lab. Synthetic examples show results and counterexamples.
Run a first experiment →03
Verify
Follow pinned sources, reproduce documented calculations and inspect the next acceptance gate. Negative results remain visible.
Reproduce and review →CURRENT RESEARCH PRIORITY
Lorentzian spectral geometry
The complete exact test of 2,045 seven-element causal orders refutes the two-moment H7 hypothesis: two nonisomorphic pairs remain. Inspect all counterexamples and reproduce the separate enumeration and algebra checks. This finite result does not establish a physical theory.
Inspect the complete n=7 result →Explore the research
- Signals & validationSynthetic signals, reference methods, replayable evidence.
- Spectral graph referencesExact finite examples and limits of spectral distinguishability.
- RAX · relational researchPredictive reductions, competing models and falsification.
- Photonics & controlSoftware references and planned physical acceptance tests.
- Industrial data pilotA bounded laboratory-data feasibility study with explicit limits.
- NQK research dossierA separate research direction with incomplete reproduction archives.
Find the authoritative source
39 modules are described in the register dated 2026-10-16. The register records source locations and evidence; it is not a live qualification badge.
Full source and evidence register · JSON
The configured research-agent window includes Sunday, 18 October 2026. The exclusive cutoff below is a schedule limit, not evidence of execution. After this cutoff the window is closed.
· 2026-10-18T22:00:00Z