Event Horizon - The Black Hole Hypothesis Laboratory
Explore multiple scientifically inspired hypotheses of what happens at a black hole's event horizon through interactive, real-time simulations.
What it does
Event Horizon :The Black Hole Hypothesis Laboratory is an interactive physics visualization platform that allows users to explore competing hypotheses about black holes through immersive simulations. Instead of presenting a single interpretation, the project acts as a virtual laboratory where users can switch between different theoretical scenarios and observe how each changes the experience of approaching a black hole. The simulation includes hypotheses such as gravitational time dilation, spaghettification caused by extreme tidal forces, and speculative antigravity-inspired models. Users can navigate through space in real time, compare outcomes, and visualize relativistic effects such as light bending, event horizon behavior, and the distortion of space-time. The project combines modern 3D rendering with physics-inspired mathematical models to create an engaging educational experience. Built using AI-assisted development alongside custom implementation and experimentation, the simulator aims to make one of the universe's most mysterious objects intuitive and interactive. Whether used for learning, research inspiration, or exploration, Event Horizon transforms complex astrophysics into an accessible, visually compelling experience that encourages curiosity and scientific thinking.