| Meaning Physics Engine | v0.1 |
|---|---|
| DSLO Semantic Substrate | v0.5 |
| Discipline | Meaning Physics / Signal Ecology |
| Field | DSLO Semantic Substrate |
| Architecture | Deterministic, Execution‑Free, Non‑Generative, Non‑Probabilistic |
| Scientific Anchor | DOI 10.5281/zenodo.21083055 |
| Viewer Identity | Public‑Layer Geometry Instrument |
A deterministic visualization layer for DSLO semantic physics.
DSLO Field Context This model is part of the DSLO Semantic Substrate, a deterministic meaning‑physics framework defining substrate‑level invariants, signal ecology, and artificial cognition.
Full DSLO documentation: https://www.tnopsi.com
Related DSLO Components Signal Ecology — substrate‑level signal physics Meaning Physics — geometric meaning‑state dynamics DSLO Glossary — full field terminology and invariants Artificial Cognition (AC) — deterministic cognition substrate Glossary: https://www.tnopsi.com/dslo-glossary Meaning Physics: https://www.tnopsi.com/dslo-meaning-physics Signal Ecology: https://www.tnopsi.com/dslo-signal-ecology Hugging Face Model:https://huggingface.co/DSLO/contextless-meaning-engine-v0
The Meaning Physics Engine is a deterministic, schema‑validated visualization system built on top of the DSLO deterministic semantic substrate.
Where the DSLO substrate provides the frozen scientific manifold, the Meaning Physics Engine provides the interactive, inspectable physics layer — a way to see drift, continuity, curvature, collapse boundaries, restoration flows, and susceptibility windows as structured semantic fields.
This engine is not a runtime, inference system, or semantic generator.
It is a viewer: a scientific instrument for inspecting DSLO meaning‑physics fields.
The Meaning Physics Engine enables:
- deterministic loading of DSLO physics fields
- schema‑bound validation
- invariant‑aligned field identity
- visualization of semantic geometry
- inspection of field data for research and pedagogy
It is designed for:
- semantic physics research
- meaning stability studies
- visualization of DSLO invariants
- cross‑domain scientific communication
- deterministic meaning‑system instrumentation
Contains the six DSLO meaning‑physics fields:
DriftField.jsonContinuityField.jsonCurvatureField.jsonCollapseBoundaries.jsonRestorationFlows.jsonSusceptibilityWindows.json
Each field is deterministic, self‑describing, and invariant‑anchored.
Each field has a corresponding schema:
DriftField.schema.jsonContinuityField.schema.jsonCurvatureField.schema.jsonCollapseBoundaries.schema.jsonRestorationFlows.schema.jsonSusceptibilityWindows.schema.json
Schemas enforce:
- required keys
- invariant field identity
- structural correctness
- drift‑bounded evolution
The loader:
- loads all six schemas
- loads all six fields
- validates each field deterministically
- exposes a stable API:
Engine.getDrift()
Engine.getContinuity()
Engine.getCurvature()
Engine.getCollapseBoundaries()
Engine.getRestorationFlows()
Engine.getSusceptibilityWindows()The loader is execution‑free and deterministic.
The Meaning Geometry Map:
- loads all fields through the loader
- displays a simple geometry projection
- renders field nodes
- provides a debug panel showing loaded field data
Future versions will include:
- drift vector fields
- continuity gradients
- curvature deformation
- collapse boundary shading
- restoration flow arrows
- susceptibility heatmaps
Directional semantic drift across the manifold.
Identity stability and trajectory coherence.
Non‑linear deformation of meaning geometry.
Regions where semantic collapse occurs.
Invariant‑anchored flows returning meaning to stable basins.
Regions where small perturbations produce large semantic changes.
The Meaning Physics Engine:
- reads DSLO fields
- validates DSLO schemas
- visualizes DSLO physics
It does not:
- modify the substrate
- generate meaning
- execute semantic transformations
It is a viewer, not a substrate.
v0.1 is a working demonstrator.
It is stable, deterministic, and schema‑validated.
See license.json in the DSLO substrate for licensing details.