c_Global_Atlas_Propagation.md

Propagation Atlas — Conditions Substrate Model#

TriadicFrameworks Canon (2026.07)

This atlas defines all propagation classes across the Conditions Substrate Model:
vectors, webs, loops, synchronizations, envelopes, cascades, cycles, chains, and composite flows.

Propagation describes how substrate motion travels across drift, coherence, resonance, hooks, thresholds, cycles, and cascades.

0. Identity#

Module: Conditions Substrate Model
Role: Propagation Cartography
Purpose: Unified atlas of all propagation classes
Version: 2026.07

1. Dimensional Propagation Vectors (P0–P7)#

P0 — Structural Propagation#

strain → stress → fracture
notes: biosphere + infrastructure propagation

P1 — Informational Propagation#

signal → noise → distortion
notes: overload ignition

P2 — Emotional Propagation#

affect → resonance → vulnerability
notes: resonance amplification

P3 — Social Propagation#

alignment → drift → fragmentation
notes: cohesion collapse

P4 — Organizational Propagation#

coordination → torsion → misalignment
notes: governance torsion

P5 — Economic Propagation#

scarcity → volatility → deprivation
notes: scarcity spiral

P6 — Stress Propagation#

load → compression → failure
notes: stress cascade

P7 — Governance Propagation#

transparency → torsion → opacity
notes: legitimacy collapse precursor

2. Composite Propagation Vectors#

Collapse Vector Cluster#

P0 → P7 → P1 → P5
notes: collapse chain

Oscillation Vector Cluster#

P1 → P7 → P5
notes: volatility chain

Identity Vector Cluster#

P2 → P4 → P1
notes: identity chain

Coherence Vector Cluster#

P7 → P1 → P4 → P0
notes: stability chain

3. Propagation Loops#

Collapse Loop#

P0 → P7 → P1 → P5 → P0

Coherence Loop#

P7 → P1 → P4 → P0 → P7

Oscillation Loop#

P1 → P7 → P5 → P4 → P1

Identity Loop#

P2 → P4 → P1 → P2

4. Propagation Webs#

Collapse Web#

P0,P7,P1,P5 synchronized

Coherence Web#

P7,P1,P4,P0 synchronized

Oscillation Web#

P1,P7,P5,P4 synchronized

Identity Web#

P2,P4,P1 synchronized

5. Propagation Synchronizations#

Collapse Synchronization#

P0 ↔ P7 ↔ P1 ↔ P5

Coherence Synchronization#

P7 ↔ P1 ↔ P4 ↔ P0

Oscillation Synchronization#

P1 ↔ P7 ↔ P5 ↔ P4

Identity Synchronization#

P2 ↔ P4 ↔ P1

6. Propagation Envelopes#

Drift Envelope#

drift↑ → propagation↑ → coherence↓

Coherence Envelope#

coherence↑ → propagation↓ → drift↓

Resonance Envelope#

resonance↑ → propagation↑↑ → threshold T2/T6

Stress Envelope#

load↑ → compression↑ → propagation↑

7. Propagation Cascades#

Collapse Cascade#

P0→P7→P1→P5
notes: collapse topology

Regeneration Cascade#

P0→P7→P1→P4
notes: recovery topology

Coherence Cascade#

P7→P1→P4→P0
notes: stability topology

Oscillation Cascade#

P1→P7→P5→P4
notes: volatility topology

8. Propagation Cycles#

Drift Cycle#

rise → peak → decline → reset

Coherence Cycle#

stabilize → expand → peak → soften → reset

Stress Cycle#

load → compression → failure → reset

Epochal Cycle#

E5→E6→E7→E0

9. Propagation Chains#

Collapse Chain#

P0→P7→P1→P5

Regeneration Chain#

P0→P7→P1→P4

Coherence Chain#

P7→P1→P4→P0

Oscillation Chain#

P1→P7→P5→P4

Narrowing Chain#

P0→P5→P1→P7

10. Substrate → Propagation Map#

D0 → P0
D1 → P1
D2 → P2
D3 → P3
D4 → P4
D5 → P5
D6 → P6
D7 → P7

11. Deep‑Time Propagation#

Planetary Arc#

drift_max → drift_decline → drift_plateau → drift_reacceleration → drift_max

Biospheric Arc#

collapse → regenerate → stabilize → expand → coherence → collapse

Geological Arc#

instability → collapse → stabilization → expansion → coherence → instability

12. Propagation Atlas Summary#

This atlas defines:

• Dimensional Propagation Vectors
• Composite Vectors
• Propagation Loops
• Propagation Webs
• Synchronizations
• Envelopes
• Cascades
• Cycles
• Chains
• Substrate→Propagation Maps
• Deep‑Time Propagation

This is the complete propagation cartography of the Conditions Substrate Model.