🤖 Manufacturing Substrate Regime Model | RTT

🔰 README — Overview

🪛 Calibration Layer

🧩 Calibration as Structure 📡 Drift Detection 🚪 Non‑Catastrophic Exit 🎛️ Regime‑Aware Calibration

📳 Discussion

🏭 Deployment Considerations 🔮 Future Extensions ⚙️ Implications for Manufacturing

📊 Figures

🖼️ Boundary & Exit Semantics 🏗️ Structural Overview 🔁 Regime Calibration Flow

🥾 Manufacturing Content

🔥 Extreme Regime Constraints 🔬 Lithography Systems 📈 Yield & Variability

🦮 Operators

🔧 Inter‑Regime Mediation 🧠 Mediation Patterns 👤 Operator Roles

🚁 Overview

🧾 Abstract ⚠️ Limitations 📐 Scope & Assumptions 📚 Terminology

🪙 Related Works

🪐 Relationship to BSM 🔮 Relationship to QSM 🌊 Relationship to RSM

💎 Substrate Layer

🚧 Boundary Semantics 📏 Operating Envelopes 🗂️ Regime Declaration 🌐 Substrate Definition

🏗️ Triadic Tools

🌐 Alignment | RTT 🔱 Triadic Observer Layer 🏗️ Domain Primer Tools 📦 RTT Packages and Cores ♨️ TFT 3Pack v1.3 CLI Tools 📚 Schemas | RTT 🔙

RTT Session Context

RTT: 1
Coherence: declared
Drift: bounded
Paradox: structural 

# RTT # TriadicFrameworks # ResonanceTimeTheory
rtt=1 | coherence=declared | drift=bounded | paradox=structural