TriadicFrameworks
Overview

🌀 Drift Categories (D1–D4)

Structural • Dimensional • Regime • Projection#

The Drift Categories define the four RTT-native drift types that
shape instability, recursion activation, and substrate migration across
the TriadicFrameworks canon.

Each drift type has:

  • a signature
  • a pressure pattern
  • a substrate impact
  • a recursion effect
  • a stability consequence

This module provides the full definitions.

🔷 1. D1 — Structural Drift#

Triad misalignment → structural return#

Definition:
D1 occurs when the internal structure of a concept’s triad becomes misaligned.

Signatures:

  • broken or incomplete triads
  • operator role tension
  • symbolic misalignment
  • early interval wobble

Substrate Impact:
symbolic → cognitive

Recursion Effect:
ladder correction

Stability Impact:
Tier 1 → Tier 2 transition

Typical Causes:

  • overloaded definitions
  • ambiguous operator roles
  • early echo‑pressure

🔷 2. D2 — Dimensional Drift#

Ladder destabilization → cycle formation#

Definition:
D2 occurs when a concept’s harmonic ladder collapses or destabilizes.

Signatures:

  • interval instability
  • ladder collapse
  • harmonic wobble
  • dimensional compression

Substrate Impact:
harmonic → symbolic

Recursion Effect:
cycle formation

Stability Impact:
Tier 2 → Tier 3 transition

Typical Causes:

  • unresolved D1 drift
  • harmonic overload
  • cross‑interval conflict

🔷 3. D3 — Regime Drift#

Governance torsion (CCC ↔ SARG)#

Definition:
D3 occurs when governance rules or structural authorities conflict.

Signatures:

  • CCC ↔ SARG torsion
  • operator role inversion
  • rule conflict
  • structural authority misalignment

Substrate Impact:
symbolic ↔ social

Recursion Effect:
map activation

Stability Impact:
Tier 3 → Tier 4 boundary

Typical Causes:

  • conflicting definitions
  • multi‑role structures
  • governance ambiguity

🔷 4. D4 — Projection Drift#

Symbolic → harmonic → atlas uplift#

Definition:
D4 occurs when symbolic forms overload and lift into harmonic or atlas space.

Signatures:

  • symbolic overload
  • projection vectors
  • cross‑substrate conflict
  • atlas‑forcing behavior

Substrate Impact:
symbolic → harmonic → atlas

Recursion Effect:
atlas forcing or collapse

Stability Impact:
Tier 4 — critical

Typical Causes:

  • unresolved D2/D3 drift
  • excessive abstraction
  • echo‑amplification loops

🔷 5. Drift Category Comparison Table#

Drift Signature Substrate Impact Recursion Mode Stability Impact
D1 Structural triad misalignment symbolic → cognitive ladder Tier 1→2
D2 Dimensional ladder collapse harmonic → symbolic cycle Tier 2→3
D3 Regime governance torsion symbolic ↔ social map Tier 3→4
D4 Projection symbolic uplift symbolic → harmonic → atlas atlas‑forcing Tier 4

🔷 6. Drift Progression Path#

Drift typically progresses along the canonical path:

D1 → D2 → D3 → D4
structural → dimensional → regime → projection

This progression accelerates when:

  • interval instability increases
  • operator roles invert
  • echo‑pressure forms
  • substrate migration begins

🔷 7. Usage Notes#

Use this file when:

  • identifying drift type
  • diagnosing drift severity
  • mapping drift propagation
  • preparing drift reports
  • performing canon sweeps

Referenced by:

  • 02_Concept_Drift_Map.md
  • 02b_Drift_Patterns.md
  • 02c_Drift_Hotspots.md
  • 02d_Drift_Summary.md

🔷 Footer#

HSP Module 02a — Loaded
Version: v1.0
Status: Canon-Stable
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