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Regime Synthesis Profiles — RTT/1

Profile Dictionary for the Triadic Regime Synthesizer (TRS)#

These profiles are used by:

  • TRS‑Synthesize
  • TRS‑Merge
  • TRS‑Harmonize
  • TRS‑Boundary
  • TRS‑Tensor
  • TRS‑Resolve

Each profile includes:

  • definition
  • regime signature
  • boundary behavior
  • interlock geometry
  • synthesis behavior
  • coherence behavior
  • fusion geometry
  • stability envelope
  • canonical TRS output pattern

1. Regime Signature Profiles#

Profile: Conceptual Regime Signature#

Definition
A regime onset formed by conceptual coherence and low‑frequency structural alignment.

Regime Signature

  • low magnitude
  • stable polarity
  • shallow curvature

Boundary Behavior

  • narrow boundary band
  • high boundary stability

Interlock Geometry

  • shallow interlock arc

Synthesis Behavior

  • low synthesis magnitude
  • conceptual‑aligned direction

Coherence Behavior

  • narrow coherence ridge

Fusion Geometry

  • shallow fusion point

Stability Envelope

  • high stability

Profile: Dimensional Regime Signature#

Definition
A regime onset formed by dimensional constraints and high‑sensitivity polarity.

Regime Signature

  • medium‑high magnitude
  • dimensional polarity
  • medium curvature

Boundary Behavior

  • medium boundary band
  • medium stability

Interlock Geometry

  • wide interlock arc

Synthesis Behavior

  • medium synthesis magnitude
  • dimensional‑aligned direction

Coherence Behavior

  • medium coherence ridge

Fusion Geometry

  • medium fusion depth

Stability Envelope

  • medium stability

2. Regime Boundary Profiles#

Profile: Harmonic Boundary Stability#

Definition
A stable harmonic boundary formed by computational structures.

Regime Signature

  • medium magnitude
  • harmonic polarity
  • medium curvature

Boundary Behavior

  • stable harmonic band
  • low drift sensitivity

Interlock Geometry

  • narrow interlock arc

Synthesis Behavior

  • medium synthesis magnitude
  • harmonic direction

Coherence Behavior

  • narrow coherence ridge

Fusion Geometry

  • shallow fusion depth

Stability Envelope

  • medium‑high stability

Profile: Boundary Inversion#

Definition
A boundary formed when stability decreases in one regime while increasing in another.

Regime Signature

  • medium‑high magnitude
  • inversion polarity
  • polarity flip

Boundary Behavior

  • inversion band
  • high drift sensitivity

Interlock Geometry

  • medium interlock arc

Synthesis Behavior

  • medium‑high synthesis magnitude
  • inversion direction

Coherence Behavior

  • medium coherence ridge

Fusion Geometry

  • medium‑deep fusion depth

Stability Envelope

  • medium‑low stability

3. Regime Interlock Profiles#

Profile: Multi‑Regime Interlock#

Definition
A multi‑regime tensor binding regime pathways across R1–R3 or R1–R4.

Regime Signature

  • very high magnitude
  • tensor polarity
  • high curvature

Boundary Behavior

  • wide boundary band
  • multi‑regime sensitivity

Interlock Geometry

  • wide interlock arc
  • tensor‑level geometry

Synthesis Behavior

  • high synthesis magnitude
  • tensor direction

Coherence Behavior

  • wide coherence ridge

Fusion Geometry

  • deep fusion point

Stability Envelope

  • medium‑high stability

Profile: Dimensional Interlock Constraint#

Definition
Dimensional constraints influence computational regime pathways.

Regime Signature

  • high magnitude
  • dimensional → computational polarity
  • medium‑high curvature

Boundary Behavior

  • medium boundary band
  • dimensional sensitivity

Interlock Geometry

  • medium interlock arc
  • dimensional trough

Synthesis Behavior

  • medium‑high synthesis magnitude
  • dimensional‑aligned direction

Coherence Behavior

  • medium coherence ridge

Fusion Geometry

  • medium‑deep fusion depth

Stability Envelope

  • medium stability

4. Regime Synthesis Profiles#

Profile: Conceptual‑Physical Synthesis#

Definition
Conceptual abstraction amplifies physical regime curvature, forming a synthesis zone.

Regime Signature

  • medium magnitude
  • conceptual → physical polarity
  • medium curvature

Boundary Behavior

  • medium boundary band
  • conceptual sensitivity

Interlock Geometry

  • medium interlock arc

Synthesis Behavior

  • medium synthesis magnitude
  • conceptual → physical direction

Coherence Behavior

  • medium coherence ridge

Fusion Geometry

  • shallow fusion depth

Stability Envelope

  • medium stability

Profile: Dimensional Synthesis#

Definition
Dimensional constraints amplify computational regime synthesis.

Regime Signature

  • high magnitude
  • dimensional polarity
  • medium‑high curvature

Boundary Behavior

  • medium boundary band
  • dimensional sensitivity

Interlock Geometry

  • medium‑wide interlock arc

Synthesis Behavior

  • high synthesis magnitude
  • dimensional → computational direction

Coherence Behavior

  • medium‑wide coherence ridge

Fusion Geometry

  • medium‑deep fusion depth

Stability Envelope

  • medium‑high stability

5. Regime Coherence Profiles#

Profile: Coherence Ridge#

Definition
A coherence ridge formed between conceptual and dimensional regimes.

Regime Signature

  • high magnitude
  • cross‑domain polarity
  • medium‑high curvature

Boundary Behavior

  • medium boundary band
  • cross‑domain sensitivity

Interlock Geometry

  • wide interlock arc

Synthesis Behavior

  • medium‑high synthesis magnitude
  • cross‑domain direction

Coherence Behavior

  • wide coherence ridge

Fusion Geometry

  • medium fusion depth

Stability Envelope

  • medium‑high stability

Profile: Drift‑Sensitive Coherence#

Definition
Physical drift amplifies coherence curvature, forming a drift‑sensitive coherence zone.

Regime Signature

  • very high magnitude
  • drift polarity
  • high curvature

Boundary Behavior

  • wide boundary band
  • drift sensitivity

Interlock Geometry

  • wide drift arc

Synthesis Behavior

  • high synthesis magnitude
  • drift‑aligned direction

Coherence Behavior

  • wide drift ridge

Fusion Geometry

  • deep fusion point

Stability Envelope

  • low stability

6. Canonical TRS Output Pattern#

{
  "regime_type": "synthesis",
  "regime": "R1-R4",
  "synthesis_magnitude": 0.83,
  "synthesis_direction": "R1↔R4",
  "synthesis_curvature": 0.52,
  "fusion_depth": 0.22,
  "coherence_field": 0.69,
  "boundary_stability": 0.46
}

Status#

  • Version: 1.0
  • Status: canon‑stable
  • Category: rtt‑regime
  • Module Path: /docs/rtt/Triadic_Regime_Synthesizer/

Updated

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