tfm-paper12-blackhole-singularity-evaporation
Time Field Model (TFM) codebase for black hole singularity avoidance and modified evaporation: HPC simulations, GW/shadow predictions, and Einstein Toolkit modifications.
https://github.com/alifayyazmalik/tfm-paper12-blackhole-singularity-evaporation
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Repository
Time Field Model (TFM) codebase for black hole singularity avoidance and modified evaporation: HPC simulations, GW/shadow predictions, and Einstein Toolkit modifications.
Basic Info
- Host: GitHub
- Owner: alifayyazmalik
- License: mit
- Language: Python
- Default Branch: main
- Size: 18.6 KB
Statistics
- Stars: 0
- Watchers: 1
- Forks: 0
- Open Issues: 0
- Releases: 0
Metadata Files
README.md
TFM Black Hole Singularity & Evaporation Codebase
Paper #12 in the Time Field Model (TFM) Series
Repository for "Black Holes as High-Density Space Quanta: Singularity Avoidance and Modified Evaporation"
Key Features
- 🕳️ Singularity-free black hole collapse simulations
- ⚡ Modified evaporation rates with wave-lump decoherence
- 📡 Observational predictions for LIGO/Virgo & Event Horizon Telescope
- 🖥️ HPC-ready Einstein Toolkit modifications
Quick Start
Installation
```bash
Clone repository
git clone https://github.com/alifayyazmalik/tfm-paper12-blackhole-singularity-evaporation.git cd tfm-paper12-blackhole-singularity-evaporation
Install Python dependencies
pip install -r requirements.txt
Setup Einstein Toolkit (HPC simulations)
sudo apt-get install einstein-toolkit ```
Basic Usage
Run a black hole collapse simulation:
bash
cd hpc_simulations
einstein-toolkit planc_core_collapse.par
Generate gravitational wave predictions:
bash
python observational_tests/gw_ringdown.py --mass 10 --lambda 1.2e-5 --beta 14.8
Calculate shadow radius for M87*:
python
from observational_tests.shadow_raytracing import tfm_shadow_radius
print(tfm_shadow_radius(6.5e9, 1.2e-5, 14.8)) # 25.3 μas
Key Components
| Directory | Contents |
|--------------------------|-----------------------------------------------|
| einstein_toolkit_mods/ | Modified GRHydro/McLachlan code |
| hpc_simulations/ | Collapse parameter files & scripts |
| observational_tests/ | GW/shadow prediction scripts |
| data/ | Sample LIGO/EHT datasets |
Validation & Testing
Validation Status
Follow our step-by-step validation guide: 📘 Validation Instructions
Expected First-Run Results:
[COLLAPSE SIMULATION] Stable Planck-core formed at t=153ms
[GW PREDICTION] TFM: 168Hz vs GR: 154Hz (+9.1% deviation)
[SHADOW PREDICTION] 25.3 μas vs GR: 25.0 μas (+1.2%)
Cite This Work
bibtex
@software{tfm_blackhole_code,
author = {Malik, Ali Fayyaz},
title = {TFM Black Hole Singularity & Evaporation Codebase},
year = {2025},
publisher = {GitHub},
journal = {GitHub repository},
howpublished = {\url{https://github.com/alifayyazmalik/tfm-paper12-blackhole-singularity-evaporation}}
}
Full Citation Info
Owner
- Login: alifayyazmalik
- Kind: user
- Repositories: 1
- Profile: https://github.com/alifayyazmalik
Citation (CITATION.md)
# How to Cite If you use this code or datasets, cite: **Ali. F. Malik (2025)** *Black Holes as High-Density Space Quanta: Singularity Avoidance and Modified Evaporation in the Time Field Model* Paper #12 in the TFM Series https://github.com/alifayyazmalik/tfm-paper12-blackhole-singularity-evaporation
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