TEL Echo Map — Diagram Notes
Module: Research Toolbox
Diagram: tel_echo_map.svg
Purpose: Show how the Triadic Echo Lattice (TEL) propagates patterns from the Research Toolbox into downstream modules.
1. Core Layout#
The diagram shows:
- Research Toolbox on the left
- SARG (argument structure) above
- TEL (echo lattice) below
- Downstream modules on the right
(Inverted Economics, Philanthropy, Media Substrate Model, Governance Substrate Model, Medicine, etc.)
Arrows represent echo propagation.
2. Research Toolbox → SARG#
The upper arrow indicates:
- RTT/1–3 produce structured deltas
- These deltas become claims, evidence, and structure in SARG
- SARG receives cleaner inputs when RTT is upstream
This is the “argumentation echo.”
3. Research Toolbox → TEL#
The lower arrow indicates:
- RTT/1–3 produce patterns (temporal, regime, coherence)
- TEL receives these patterns and maps them into echo families
- TEL identifies drift, alignment, and propagation paths
This is the “pattern echo.”
4. SARG → Downstream Modules#
SARG outputs:
- structured claims
- evidence chains
- argument maps
These feed into modules like:
- Governance Substrate Model
- Media Substrate Model
- Philanthropy
- Inverted Economics
Each module receives argument‑cleaned inputs.
5. TEL → Downstream Modules#
TEL outputs:
- echo families
- drift paths
- resonance patterns
- alignment signals
These help downstream modules interpret:
- system behavior
- narrative vs structural mismatch
- coherence over time
6. How to Read the Diagram#
- Research Toolbox is the origin of both argument and pattern echoes.
- SARG and TEL are parallel processors.
- Downstream modules receive two kinds of echoes:
- structural arguments
- propagated patterns
This prevents drift and maintains coherence across the canon.
7. One‑Sentence Summary#
The TEL Echo Map shows how RTT‑derived patterns propagate through TEL and SARG into downstream modules, preserving coherence across the TriadicFrameworks canon.