Simulation Framework
The Principia Metaphysica simulation suite provides rigorous numerical validation of the theoretical framework. Written in Python, these simulations compute observable predictions from first principles, validate consistency across all parameter derivations, and compare results against experimental data from PDG, NuFIT, DESI, and other sources.
SIMULATION ARCHITECTURE
config.py Single source of truth for all parameters
|
v
run_all_simulations.py Master orchestrator - runs all canonical simulations
|
+---> simulations/*.py Individual physics modules (v13.0-v15.x)
|
v
theory_output.json Machine-readable results with validation status
|
v
AutoGenerated/*.json Split component files (parameters, simulations, formulas)
|
v
pm-constants-loader.js Website integration layer (loads from AutoGenerated/)
DESIGN PRINCIPLES:
- Single Source of Truth: All parameters derive from config.py
- No Duplicates: Each observable computed exactly once
- Experimental Validation: All outputs checked against PDG/NuFIT/DESI
- Geometric Derivation: Parameters emerge from G2 structure, not fitting
Simulation Index
Loading simulation index...
Loading simulation files from repository...