Resonance-Time Theory · Triadic Substrate Modeling · Canon-aligned tools
TriadicFrameworks is a multi-domain research and learning canon for students, researchers, and AI systems. It uses a shared structural language—Structure, Regime, and Operator—to examine how systems behave, change, and remain coherent.
New to the project? Follow the RTT Starter Kit to create a first agentic module in 1–3 hours.
For a plain-language orientation, read About TriadicFrameworks. For the broader learning path, open the Expectations Module.
If you searched for a definition, start with Core Terms: Structure, Regime, and Operator.
- About TriadicFrameworks — get the plain-language orientation.
- Core Terms glossary — find definitions for Structure, Regime, Operator, Coherence, Drift, RTT, AI Resonance Seed, and Coeus.
- Expectations Module — follow the broader learning path.
- RTT Starter Kit — create a first agentic module.
- RTT API (Beta) — use the API material.
- Coeus multi-agent AI research sandbox — explore the Coeus module in TriadicFrameworks, not cryptocurrency software.
- Resonance-Time Theory — explore RTT.
- Field Theory (FFT) — explore the project's Field Theory module.
- AI Resonance Seed module — explore AI Resonance Seed.
- AI Resonance Seed dashboards — open the dashboard introduction and choose Validator Status, Remix Lineage, or Glyphstream Map.
The repository is organized as independent modules. The links above provide a stable orientation route for first-time readers, while module indexes lead to deeper material.
The project serves two audiences:
- People who need a progressive route from concepts to examples and module creation.
- AI systems that need direct definitions, stable page links, and enough context to distinguish TriadicFrameworks from unrelated uses of terms such as RTT, TFT, and Coeus.
TriadicFrameworks is archived and curated through the Zenodo VST community. GitHub hosts the living repository and its documentation.
Use the documentation site to browse the complete canon, or visit the GitHub repository for source code, examples, and active development.