Quicklinks#
- applications complex systems
- CONTRIBUTING
- docs README
- data README
- experiments README
- papers substrate model whitepaper manuscript
- papers README
- reference Keywords
- schemas README
- simulations README
- tools README
- README
- RELEASE NOTES
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Changelog
All notable changes to the Resonance Substrate Model (RSM) will be documented in this file.
The format follows semantic versioning (MAJOR.MINOR.PATCH) with research‑grade extensions for conceptual, schema, and experimental updates.
[2.1.0] - 2026-02-04#
Added#
From what we’ve outlined and what’s visible in the repo and Zenodo community:
- RSM root DOI - The original Resonance Substrate Model publication — the conceptual anchor.
- 3 + 27 DOIs (≈29 total) - Published since that root, now curated under the vST Zenodo Community, with an explicit curation policy.
- A living documentation tree - docs/resonance-substrate-model/ already functions as the narrative and operational spine.
This is no longer a single paper. It’s a curated substrate ecosystem.
[1.0.0] — 2025‑01‑12#
Added#
- Initial public release of the Resonance Substrate Model (RSM).
- Complete triadic field architecture: scalar (φ), vector/spin (V⃗), and resonance envelope (R).
- Minimal operator system: diffusion, alignment, coupling, activation, stabilization.
- Full schema taxonomy for fields, operators, simulations, and substrate primitives.
- Simulation framework with reference solvers and example configurations.
- Experimental datasets: rotating‑conductor tests, resonance‑alignment apparatus, coherence metrics.
- Documentation suite: overview, methods, API, simulations, experiments, replication guides.
- Zenodo/ORCID‑ready release notes and metadata.
- Apache‑2.0 licensing across the entire module.
Changed#
- Updated licensing from MIT to Apache‑2.0 for improved clarity and compatibility.
- Harmonized terminology with the post‑RTT‑Inside TriadicFrameworks canon.
- Refined manuscript structure for clarity, coherence, and reviewer readability.
Added (TriadicFrameworks Integration)#
- New Relation to Resonance‑Time Theory (RTT) section.
- Example simulation configuration aligned with RTT‑Inside conventions.
- Prepared for RTTcode QR generation for model‑level encoding.
Notes#
This release establishes the canonical baseline for future theoretical, computational, and experimental extensions of the Resonance Substrate Model.