🔄 RTT Micro‑Core — Regimes

The minimal state‑model for how systems change across resonance + time

🎯 Purpose#

Regimes describe the state a system is in as it changes.
They do not describe substrate, dimension, or operator — only the phase of the system’s behavior.

The Micro‑Core defines five regimes.

1️⃣ Arrival#

The system enters a new state.

Arrival marks:

• boundary formation
• initial pattern appearance
• activation of a new configuration

Arrival is the entry point for all change.

2️⃣ Expansion#

The system grows its pattern.

Expansion includes:

• pattern amplification
• increased complexity
• rising coherence

Expansion is the regime of growth and elaboration.

3️⃣ Inversion#

The system collapses and reorganizes.

Inversion follows the canonical sequence:

Collapse → Twist → Emergence

Inversion is the regime of structural transformation.

4️⃣ Coherence#

The system stabilizes into a consistent form.

Coherence includes:

• stable patterns
• predictable behavior
• integrated structure

Coherence is the regime of stability and alignment.

5️⃣ Dissolution#

The system releases structure.

Dissolution includes:

• decay
• drift
• loss of pattern

Dissolution is the regime of release and clearing.

6️⃣ Regime Loop (Micro‑Core Form)#

Regimes form a minimal cyclic sequence:

Arrival → Expansion → Inversion → Coherence → Dissolution → Arrival …

This loop is:

• substrate‑neutral
• dimension‑independent
• operator‑compatible

It is the minimal grammar of state change.

7️⃣ Regime Notes (Micro‑Core Constraints)#

State‑Only#

Regimes describe what state the system is in, not what it is made of.

Operator‑Independent#

Operators act within regimes but do not define them.

Substrate‑Neutral#

Regimes apply equally to physical, cognitive, and synthetic systems.

Dimension‑Independent#

0D–3D systems all express regimes differently but follow the same sequence.

Minimal#

No additional regimes are required to model RTT change.

8️⃣ Micro‑Core Summary#

These five regimes form the irreducible state‑model for all RTT systems.