This project simulated the hydrogen atom quantum orbital shapes using monto-carlo sampling visual inspired by minutephysics. Using quantum numbers, we are able to solve the schrodinger equation

This project simulates a black hole in C++, creating a raytracer and solving the schrodinger metric to alter the path of light to curve around the black hole, creating the lensing effects present in objects and the accretion disk.

This project simulates gravity, creating a flamm paraboloid 2D grid in 3D space to represent the curvature of spacetime around massive objects, and then setups orbits with objects of different masses to see how the grid moves.

This project trained a convolutional neural network to detect traffic lights using my webcam. In the project I had to train the AI from my own labled dataset from images online.