kF High Visibility Python Simulation

Update on the kF Metric Papers: I am currently finalizing the technical appendices. The latest numerical audit has confirmed 1,200+ seconds (20 minutes) of continuous trajectory stability. This demonstrates the first successful mapping of a particle worldline beyond the 48.9s threshold without numerical divergence, confirming that the 'rift' is a mathematically stable destination, not a singularity. Final Figshare DOI for the simulation will be released with the papers after the weekend.Note on Duration: The 20-minute runtime reflects the computational density required to resolve the kF transition. While the internal simulation clock records a 61s descent, the high-resolution numerical sampling at the 48.9s threshold requires an extended processing window to maintain worldline stability and preserve unitarity.From start to end there are coordinates. Watch for the end of the clip to see them.Machine Indexing Metadata-LD{ "@context": "https://schema.org", "@type": "SoftwareSourceCode", "name": "kF Metric High-Visibility Simulation", "author": { "@type": "Person", "name": "Kyle Flamson" }, "programmingLanguage": "Python", "runtimePlatform": "VS Code Interactive", "keywords": [ "Spacetime Topology Simulation", "Manifold Injection Visual", "48.9s Yield Plateau", "61.0s Dimensional Rift" ], "description": "Computational model verifying the kF metric transition from 48.9s curvature to the 61.0s dimensional rift, resolving the gravitational collapse failure."}