Editora NeuroÁtilla
Published November 16, 2025 | Version 2.0.0
Software Open

Neurophenomenological Simulator – Computational Implementation of the Theory of Phenomenological Coefficients (TPC)

Authors/Creators

  • 1. ROR icon Universidad Autónoma Metropolitana

Description

A computational simulator for the Theory of Phenomenological Coefficients (TPC). This software provides a full implementation of the TPC, the theoretical framework presented in Morelos Navidad (2025). The model simulates conscious states, their phenomenological coefficients, cortical micronode dynamics, and gamma synchronization, allowing users to reproduce all simulations, analyses, and theoretical predictions from the foundational preprint "Towards a Theory of Phenomenological Coefficients."

Abstract (Spanish)

Un simulador computacional para la Teoría de Coeficientes Fenomenológicos (TCF). Este software provee una implementación completa de la TCF, el marco teórico presentado en el trabajo de Morelos Navidad (2025). El modelo simula estados conscientes, sus coeficientes fenomenológicos, la dinámica de micronodos corticales y la sincronización gamma, permitiendo a los usuarios reproducir todas las simulaciones, análisis y predicciones teóricas del preimpreso fundacional "Hacia una Teoría de Coeficientes Fenomenológicos".

Notes

# Changelog

## v2.0 (December 2024)

### Major Additions
- Complete implementation of Theorem 3: Mind-Brain Isomorphism Φ: ℋ → 𝒩
- Advanced experimental validation system with statistical testing
- ROC curve analysis for phenomenological threshold validation
- State transition analysis with hysteresis detection
- Automatic scientific reporting system

### New Classes
- `IsomorfismoMenteCerebro`: Implements strict mind-brain isomorphism
- `ValidadorExperimental`: Comprehensive experimental validation methods
- `SimuladorCompletoExtendido`: Extended simulator with validation capabilities

### Enhanced Features
- Dual simulation modes (Basic/Advanced)
- Specialized analysis tabs for scientific validation
- Real-time validation metrics during simulation
- Robust error handling for statistical calculations
- Improved correlation analysis with variability checks

### Scientific Improvements
- Pearson correlation and R² analysis for Γ-|c| isomorphism
- Threshold accuracy validation using ROC curves
- Entropy-based synchronization measures
- State transition latency calculations
- Hysteresis analysis in consciousness transitions

### Maintained Compatibility
- Full backward compatibility with v1.0
- Original theoretical framework preserved
- All experimental paradigms maintained
- Core mathematical structure unchanged

## v1.0 (Initial Release - November 2024)
- Initial implementation of Phenomenological Coefficients Theory
- Basic simulator with core framework
- Fundamental visualization capabilities
- Original experimental paradigms

Files

consciousness-simulator-advanced-v2.0.zip

Files (28.3 kB)

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Additional details

Additional titles

Translated title (Spanish)
Simulador Neurofenomenológico – Implementación Computacional de la Teoría de Coeficientes Fenomenológicos (TCF)

Related works

Is supplement to
Preprint: 10.5281/zenodo.17596543 (DOI)

Software

Repository URL
https://github.com/Morelos773/neurophenomenological-simulator
Programming language
Python
Development Status
Active