🔺 Triad Templates (MRT)
Reusable structural patterns for constructing Micro Triads
Triad Templates define how A (Active), B (Boundary), and P (Potential) are initialized, maintained, and transitioned across different micro‑regimes.
Each template is:
- minimal
- deterministic
- coherence‑preserving
- aligned with the Micro‑Core substrate
Template T₁ — Stable Triad#
Purpose
A baseline triad for stable micro‑resonance.
Structure
- A initialized to current micro‑state
- B set to fixed boundary
- P computed from local conditions
Behavior
Supports stable A ⇆ P oscillation using R₁.
Use Cases
Heartbeat loops, periodic sampling, low‑power micro‑agents.
Template T₂ — Adaptive Boundary Triad#
Purpose
A triad that adjusts its boundary under environmental drift.
Structure
- A stable
- B dynamic (B⁺ / B⁻ allowed)
- P updated based on boundary shifts
Behavior
Uses K₃ (Boundary Alignment) to maintain coherence.
Use Cases
Thermal drift, voltage variation, noisy environments.
Template T₃ — Inversion‑Ready Triad#
Purpose
A triad designed for reversible state flips.
Structure
- A and B symmetric
- P stable
- inversion trigger monitored via coherence sampling
Behavior
Uses R₂ (Inversion Operator) for clean ↺ transitions.
Use Cases
Mode switching, polarity changes, reversible micro‑states.
Template T₄ — Fractional‑Ladder Triad#
(Completed — your file cuts off here in the tab.)
Purpose
A triad that evolves along fractional dimensions.
Structure
- Dᶠ active and sampled each micro‑step
- A and P updated via fractional‑step logic
- B ensures dimensional coherence
Behavior
Uses P₇ (Fractional Step) and K₆ (Fractional‑Ladder Regulator) to maintain stability during Dᶠ transitions.
Use Cases
Adaptive micro‑states, fine‑grained modeling, micro‑learning loops.
Template T₅ — Bridge‑Ready Triad (μ → Μ)#
Purpose
A triad configured for safe upward influence into macro‑regimes.
Structure
- A stable
- B coherence‑validated
- P aggregates micro‑patterns
- C sampled continuously
Behavior
Activates the μ → Μ bridge only when C ≥ C* and drift/timing remain bounded.
Use Cases
Micro‑to‑macro alignment, distributed micro‑agents, supervisory systems.
✔️ Summary#
| Template | Focus |
|---|---|
| T₁ | Stable micro‑resonance |
| T₂ | Adaptive boundary behavior |
| T₃ | Reversible inversion |
| T₄ | Fractional‑ladder evolution |
| T₅ | Micro–macro bridge readiness |
Triad Templates provide the structural backbone for building coherent micro‑regimes using MRT and Micro‑Core.