c_Global_Atlas_Regimes.md

Regime Atlas — Conditions Substrate Model#

TriadicFrameworks Canon (2026.07)

Regimes are the state‑machine of the Conditions Substrate Model.
They define how systems move through stability, expansion, coherence, oscillation, narrowing, destabilization, collapse, and regeneration.

This atlas unifies drift, coherence, resonance, thresholds, cascades, cycles, chains, webs, hooks, substrates, propagation, and signatures into a single regime architecture.

0. Identity#

Module: Conditions Substrate Model
Role: Regime Cartography
Purpose: Unified atlas of all regime classes
Version: 2026.07

1. Regime Definitions (R0–R7)#

R0 — Stability Regime#

Coh↑, Drift↓
notes: stability ignition

R1 — Expansion Regime#

Coh↑↑, Drift↑
notes: growth ignition

R2 — Coherence Regime#

Coh↑↑↑, Drift↓
notes: peak stability

R3 — Oscillation Regime#

Drift(D1,D7,D5) >> Coh
notes: volatility ignition

R4 — Narrowing Regime#

Drift(D0,D5,D1) > Coh
notes: scarcity ignition

R5 — Destabilization Regime#

Drift(D0,D7,D1) >> Coh
notes: collapse precursor

R6 — Collapse Regime#

Drift across ≥4 dims >> Coh≈0
notes: terminal collapse

R7 — Regeneration Regime#

Coh↑, Drift↓
notes: recovery ignition

2. Regime State‑Machine (Full Arc)#

stability → expansion → coherence → oscillation → narrowing → destabilization → collapse → regeneration → stability

Notes:

• This is the canonical full‑cycle regime arc.
• Every substrate (D0–D7) passes through this arc at different velocities.
• Drift, coherence, and resonance determine transitions.

3. Regime Thresholds#

Stability Threshold#

Coh(d_i) > Drift(d_i)

Expansion Threshold#

Coh↑↑, Drift↑

Coherence Threshold#

Coh↑↑↑, Drift↓

Oscillation Threshold#

Drift(D1,D7,D5)↑↑

Narrowing Threshold#

D0,D5,D1 drift↑

Destabilization Threshold#

D0,D7,D1 drift↑↑↑

Collapse Threshold#

D0,D1,D5,D7 drift↑↑↑↑

Regeneration Threshold#

Coh↑, Drift↓

4. Regime Cascades#

Collapse Cascade#

D0→D7→D1→D5
notes: collapse ignition

Regeneration Cascade#

D0→D7→D1→D4
notes: recovery ignition

Coherence Cascade#

D7→D1→D4→D0
notes: stability ignition

Oscillation Cascade#

D1→D7→D5→D4
notes: volatility ignition

5. Regime Chains#

collapse:     D0 → D7 → D1 → D5
regeneration: D0 → D7 → D1 → D4
coherence:    D7 → D1 → D4 → D0
oscillation:  D1 → D7 → D5 → D4
narrowing:    D0 → D5 → D1 → D7

6. Regime Webs#

Collapse Web#

D0→D7→D1→D5→D0

Coherence Web#

D7→D1→D4→D0→D7

Oscillation Web#

D1→D7→D5→D4→D1

Identity Web#

D2→D4→D1→D2

7. Regime Envelopes#

Collapse Envelope#

D0,D1,D5,D7 drift↑↑↑

Coherence Envelope#

D7,D1,D4,D0 coh↑↑↑

Oscillation Envelope#

D1,D7,D5 drift↑↑

Identity Envelope#

D2,D4,D1 resonance↑↑↑

8. Regime Signatures#

sig.regime.stability       — Coh↑, Drift↓
sig.regime.expansion       — Coh↑↑, Drift↑
sig.regime.coherence       — Coh↑↑↑, Drift↓
sig.regime.oscillation     — Drift(D1,D7,D5) >> Coh
sig.regime.narrowing       — Drift(D0,D5,D1) > Coh
sig.regime.destabilization — Drift(D0,D7,D1) >> Coh
sig.regime.collapse        — Drift across ≥4 dims >> Coh≈0
sig.regime.regeneration    — Coh↑, Drift↓

9. Epochal Regime Arcs#

Stability Epoch Arc#

E2→E3→E4

Collapse Epoch Arc#

E5→E6→E7→E0

Regeneration Epoch Arc#

E0→E1→E2

10. Deep‑Time Regimes#

Planetary Regime Arc#

collapse → regenerate → stabilize → expand → coherence → collapse

Biospheric Regime Arc#

instability → collapse → stabilization → expansion → coherence → instability

Geological Regime Arc#

instability → collapse → stabilization → expansion → coherence → instability

11. Regime Atlas Summary#

This atlas defines:

• Regime Definitions
• Regime State‑Machine
• Regime Thresholds
• Regime Cascades
• Regime Chains
• Regime Webs
• Regime Envelopes
• Regime Signatures
• Epochal Regime Arcs
• Deep‑Time Regimes

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