Fractal images are generally made with math algorithms on a computer. But it turns out that there was a way to create fractal images in the 1930s using multiple cameras and projectors. CodeParade explains how these analog patterns would have worked, and how to simulate them with a webcam and a monitor.
A pendulum with two pivot points is one of the more entertaining mechanisms to watch in action as it descends into chaos. Sam Maksimovich plotted the changes in the two pendulums’ angles and assigned a unique color to each point. As the graph evolved, it turned into a cool piece of fractal art.
Maths Town teamed up with fellow fractal fanatic Yann Lby to create this hypnotic visual made up of colorful wireframes. For math geeks, the pattern starts as a 2D Mandelbrot fractal but uses its iteration data to project a vertical axis. Blow it up full screen dim the lights, get ready to enter a hypnotic trance.
Do you need to chill out? Well if 2 hours of zooming into this nearly infinite fractal art doesn’t help your mind unwind, we don’t know what will. Maths Town says this seemingly endless Mandelbrot pattern zooms in to a depth of 1.2e1077, which is way higher than we can count.
Motion graphic artist and math lover Julius Horsthuis presents yet another unique fractal-generated environment for our eyes to drink in. This time out, we take a trip to a colorful temple on a strange alien planet that looks like it could be a level from a Halo game.
Ideally, you’ll strap on a VR headset for this, but if you don’t have one, you can still appreciate the ethereal fractal journey that Julius Horsthuis has laid before you, accompanied by excerpts from one of evolutionary biologist Richard Dawkins‘ most profound lectures.