🎼 06a — Echo Triggers
Activation Conditions • Amplification Forces • Resonance Catalysts#
Echoes do not appear randomly.
They are activated by specific RTT‑native triggers that cause:
- recurrence
- resonance
- cross‑substrate migration
- echo‑pressure
- recursion activation
- drift‑shadow formation
This module defines the six canonical echo triggers.
🔷 1. Trigger A — Structural Repetition#
Triad → Ladder → Operator Repetition#
Echoes activate when structural elements repeat:
- triads
- operators
- ladders
- canonical forms
Signature:
Stable, low‑substrate echoes (F1).
Common Output:
Weak → moderate echoes (ESI‑1/2).
🔷 2. Trigger B — Harmonic Alignment#
Interval Matching • Ladder Parallels • Resonance Peaks#
Echoes activate when harmonic intervals align:
- matching interval positions
- ladder parallels
- resonance peaks
Signature:
Harmonic echoes (F2).
Common Output:
Moderate → strong echoes (ESI‑2/3).
🔷 3. Trigger C — Substrate Migration#
Symbolic ↔ Cognitive ↔ Harmonic ↔ Social ↔ Atlas#
Echoes activate when a concept migrates across substrates:
- symbolic → cognitive
- cognitive → harmonic
- harmonic → social
- harmonic → atlas
Signature:
Cross‑substrate echoes (F3).
Common Output:
Moderate → strong echoes (ESI‑2/3).
🔷 4. Trigger D — Recursion Activation#
Ladder → Cycle → Map → Atlas#
Echoes activate when recursion activates or shifts mode:
- R1 ladder → R2 cycle
- R2 cycle → R3 map
- R3 map → R4 atlas
Signature:
Recursion echoes (F4).
Common Output:
Strong → dominant echoes (ESI‑3/4).
🔷 5. Trigger E — Drift Pressure#
D1 → D2 → D3 → D4 Progression#
Echoes activate when drift increases:
- D1 structural drift
- D2 dimensional drift
- D3 regime drift
- D4 projection drift
Signature:
Drift‑shadow echoes (F5).
Common Output:
Strong → dominant echoes (ESI‑3/4).
🔷 6. Trigger F — Atlas Resonance#
High‑Altitude Structural Alignment#
Echoes activate when atlas‑level structures resonate:
- cross‑module parallels
- high‑altitude conceptual lineage
- atlas‑level recursion
Signature:
Atlas echoes (F6).
Common Output:
Dominant echoes (ESI‑4).
🔷 7. Echo Trigger Interaction Matrix#
+----------------------+--------+--------+--------+--------+--------+--------+
| Trigger | A | B | C | D | E | F |
+----------------------+--------+--------+--------+--------+--------+--------+
| Structural (F1) | X | - | - | - | - | - |
| Harmonic (F2) | - | X | - | - | - | - |
| Substrate (F3) | - | - | X | - | - | - |
| Recursion (F4) | - | - | - | X | - | - |
| Drift-Shadow (F5) | - | - | - | - | X | - |
| Atlas (F6) | - | - | - | - | - | X |
+----------------------+--------+--------+--------+--------+--------+--------+
Each trigger maps cleanly to one echo family.
🔷 8. Composite Trigger Cascade#
Echo triggers often cascade:
A → B → C → D → E → F
structural → harmonic → substrate → recursion → drift → atlas
This cascade predicts:
- echo escalation
- recursion activation
- drift‑shadow formation
- atlas forcing
🔷 9. Usage Notes#
Use this file when:
- diagnosing echo activation
- identifying echo‑pressure
- predicting recursion activation
- mapping drift‑echo coupling
- performing stability audits
- preparing canon sweeps
Referenced by:
06_Harmonic_Recursion_Detector.md04c_Echo_Strength_Index.md05_Echo_Matrices.md05b_Echo_Heatmap.md
🔷 Footer#
HSP Module 06a — Loaded
Version: v1.0
Status: Canon-Stable