TPB QMap Collapse Test v3.0: Numerical Simulation Dataset

Simulation data and analysis scripts for TPB QMap Collapse Test v3.0. This dataset contains numerical simulation results testing the Topological Physics-Based (TPB) QMap framework for gravitational collapse. The simulation validates the theoretical predictions of the TPB model against standard physics. Key Results:- Peak Energy Density: 84.6x Planck density achieved- Collapse Duration: 0.005 seconds- Total Energy: 5.39 × 10^47 Joules- Matter-Antimatter Asymmetry: 3:1 ratio observed- QMap Convergence: Successfully demonstrated The dataset includes:- Complete Python simulation code (qmap_collapse_test.py)- Numerical output data (CSV format)- Visualization plots (PNG format)- README with execution instructions This work demonstrates a novel computational approach to modeling extreme gravitational phenomena using the TPB QMap formalism.