Math Art


Dynamical systems can exhibit geometrically rich behavior, due in part to the uniqueness of solutions to ODEs. Under certain conditions, some systems remain confined to a finite subset of Euclidean space. Since the trajectories extend infinitely in time, they form infinitely long parametric curves in 3D space that remain within this bounded region. Because the trajectories are unique, they can never intersect at any point in time. As a result, each curve must weave around every other possible trajectory infinitely, yet still remain within the confined space. This behavior gives rise to the videos and some of the images of the systems shown below. The videos below were rendered offline with my 3D phase space simulation. The online version does not include a screen recording feature but does support taking screenshots.
Lorenz Attractor
Dequan Li Attractor
Chen Lee Attractor
Aizawa Strange Attractor
Three-Scroll Attractor
Halvorsen System
Newton-Leipnik System
Rössler System
Aizawa attractor visualization from my 3D phase space simulation Aizawa Twist
3D Lorenz System visualization from my 3D phase space simulation Lorenz Twist
Halvorsen System from my 3D phase space simulation Halvorsen System
Aizawa attractor from another point of view, from: 3D phase space simulation Aizawa center
Another 3D Lorenz System visualization from my 3D phase space simulation Lorenz Orange
Butterfly shaped curve drawn by my chaotic double pendulum simulation Butterfly shaped from pendulum
Fox-like 3D parametric curve visualized in 2D, produced by altering the normal coefficients of the Lorenz system. Fox like parametric curve
Flower shape generated by Jupiter's moon's orbit path, produced by n-Body Simulation Solar system
Classic 2D visualization of Lorenz system with normal and constant coefficients. Three trajectories (orange, blue, and red), are started within 0.001 of each other, yet very different trajectories are formed. Classic butterfly
Torus drawn out by my chaotic double pendulum simulation Torus from pendulum
Chemical concentration of two reactive chemicals, generated by my simulation: Turing Patterns Turing patterns
Cool looking solar system generated by, n-Body Simulation Solar system
Lorenz Attractor with large orbital amplitudes Strange Attractor
Small butterfly Butterfly
Cat-like mask cat