MC–SGCV Coherence Sims

This repository contains a complete simulation suite for modeling quantum coherence decay, entropy flow, and energy transformation within the Multifaceted Coherence (MC) and Superluminal Graviton Condensate Vacuum (SGCV) frameworks.

🔬 Overview

In traditional physics, coherence loss is treated as an irreversible entropy increase. This project investigates a deeper hypothesis:

Coherence does not vanish. It transforms.

Using symbolic tensor fields and 2D lattice simulations, these notebooks visualize and quantify how the observable field $\psi_s^\star$:

• Gradually loses coherence over time,
• Transfers energy into ghost coherence, vacuum noise, and geometric curvature gain, and
• May allow for recondensation from residual information encoded in spacetime.

📁 Structure

Each notebook lives in its subfolder under /notebooks/, with its own README.md:

• alpha_entropy_comparison_colab.ipynb: α-driven entropy variation
• MC_SGCV_Coherence_Simulation.ipynb: primary coherence decay model
• PsiStar_Energy_Conversion_Simulation.ipynb: tracks post-decoherence energy flow
• Phase1 → Phase4: modular simulation chain for full pipeline
• Animated_Phase_Coherence_Dynamics.ipynb: time evolution of wrapped coherence phase

📊 Outputs

• MP4 animations
• PNG heatmaps of field evolution
• Tensor data arrays
• Coherence loss metrics and ghost field structure

🧠 Theory Integration

All simulations are based on the following published or in-preparation models:

• Multifaceted Coherence (MC): directional coherence tensor decay
• SGCV: superluminal graviton condensate vacuum field
• DLSFH: dodecahedral lattice structures (optional)
• DGQG: discrete geometric quantum gravity curvature gain

🧪 Technologies

• Python 3.10+
• NumPy, Matplotlib, SymPy
• Google Colab / Jupyter Notebook
• LaTeX rendering for equations

📖 Related Papers

• Valamontes, A. (2025). Converted ψₛ★ Energy and its Persistence in MC–SGCV Thermodynamic Models.
• Markoulakis, E. (2024). Superluminal Graviton Condensate Vacuum.
• Planck Collaboration (2020), Penrose (2021), Einstein (1935)

🔗 Repository Goals

This repo serves as:

• A testbed for MC–SGCV thermodynamic theories
• A visual platform for tracking coherence decay and ghost fields
• A simulation generator for publication-ready animations
• A launchpad for deeper energy transfer research in quantum gravity

License

Copyright © 2019-2025 Galactic Code Developers

MIT License – open access for researchers and theorists across quantum foundations, general relativity, and computational physics.

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For questions or contributions, contact: Galactic-Code-Developers