Causal Ontology: Physics Reductions

Engineering-style reductions of physical laws into a 25-node causal graph.

This repository contains the final causal reductions of classical and quantum mechanics. The goal is to eliminate descriptive "metaphors" and replace them with a strict chain of Cause → Mechanism → Effect.

Core Principles:

• Zero-Footprint Personalization: All reductions are based on a canonical 25-node ontology.

• Mechanical Necessity: Physics is treated as a regime of process description, not a set of abstract laws.

• Engineering Protocol: Each reduction provides a practical conclusion for system control and optimization.

Content:

1. Classical Mechanics: Reduction to stable processes and fixed momentum.

2. Quantum Mechanics (General): Integration of measurement, information, and causal consistency.

3. Special Cases: Detailed protocols for Uncertainty, Entanglement, Superposition, Pauli Principle, Quantization, and Tunneling.