🧩 Regime Surface Example (regime_surface_example.yaml)

Purpose
Show how a regime surface can be expressed declaratively — inspectable, teachable, and structurally meaningful, without encoding substrate logic.

Audience
Systems thinkers, infra/Kubernetes engineers, educators, and reviewers.

📘 Structure#

# RTT Regime Surface Example
# Defines a regime boundary without encoding behavior.
 
regime:
  name: "Thermal-Coherence-Band"
  description: >
    Stable operation where temperature gradients dominate over
    electrical coupling noise.
 
  signals:
    spin:
      role: orientation
      stability: high
    elec:
      role: coupling
      stability: medium
    temp:
      role: governor
      stability: dominant
 
  constraints:
    qroot_boundary:
      allow_raw_state: false
      export_aggregates_only: true
 
  status_conditions:
    - Ready
    - Degraded
    - Transitioning
    - Unknown

🧭 How to Read This#

Regime Name & Description#

Defines the surface, not the internal physics.
It tells educators and engineers what the regime means, not how it behaves.

Signals Block#

Each signal is a declared input channel with:

• a role (orientation, coupling, governor)
• a stability profile (high, medium, dominant)

This mirrors CRDs, OpenTelemetry schemas, and other declarative specs.

Constraints Block#

The qroot_boundary enforces:

• no raw state exposure
• aggregate‑only export

This preserves RTT’s boundary‑first identity.

Status Conditions#

A simple, Kubernetes‑style readiness set:

• Ready
• Degraded
• Transitioning
• Unknown

These allow orchestration layers to reason about the regime without touching internals.

🌉 Why This Works#

This example succeeds because it:

• mirrors familiar infra patterns (CRDs, OTel, spec files)
• is inspectable but not executable
• reinforces that regimes are surfaces, not states
• gives educators a concrete artifact to point to
• provides engineers with a mental model without revealing substrate logic

It is a touchpoint, not an implementation.

🧱 Why This Trio of Files Is Enough#

Together with the orchestrator stub and boundary notes, this file:

• satisfies Grok’s “quick win” suggestion
• provides examples without commitment
• preserves RTT’s identity as a regime‑aware framework
• gives educators, engineers, and reviewers something concrete to anchor to

Most importantly:

**It does not turn Micro‑Core into a product.#

It turns it into a touchpoint.**