Anything can happen in the next half hour (including spectral timing made easy)!
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Updated
Sep 9, 2025 - Python
Anything can happen in the next half hour (including spectral timing made easy)!
Simulate Swarzschild black holes based on the methods presented in Luminet (1979)
A render engine for Blender that includes scientifically correct ray tracing using Einsteins theory for gravitation.
A SageMath package to compute gravitational radiation from bodies orbiting a Kerr black hole
The project has been done with the mindset of creating a butler/bot to a Media Management Project for a VOD Service - where the application handles downloads and requests for Movies by the end users. The VOD service uses PLEX as the main client–server media player system. Radarr to assist with search and manage Movies and Sonarr for TV series. J…
Geometric Modelling and Parameter Estimation using Black hole Images for EHT including VLBI
The supporting code behind "Finding Black Holes With Black Boxes"
Re-interpreting Time Dilation Through the Lens of Active Time Theory
Simulation of Quantum Tunneling Dynamics Validates Signatures of Active Time
The Secret Inner Workings of Time Exposed by Atomic Clocks
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BlackHole-CSC is an experimental encryption system built on Conscious-State Cryptography — a chaotic, adaptive cipher model inspired by quantum logic, fractal drift, and recursive entropy. Each encryption run is unique, untraceable, and shaped by the input, the key, and the system’s own evolving state.
A Python and Plotly-based black hole simulator visualizing gravitational lensing, accretion disks, and spacetime warping. Inspired by Interstellar and grounded in real physics, it offers a cinematic yet scientifically accurate exploration of black holes.
Automated supermassive Blackhole Explorer(ABE) studies the co-evolution of the supermassive black holes with its host galaxies, particularly looking at the effect of AGN feedback
The Foundations of Active Time Theory
API of Black Holes.
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