Flat Earth Nonsense The so-called 'flat Earth doctrine' debunked in a couple of easy, verifiable steps.
3D Kleinian escape time Images made with an escape time algorithm. All images were created in Ultrafractal.
Moebius strip and cross-cap Visual proof that a Moebius strip is homeomorphic to a cross-cap with a disc removed.
Dodecahedral tesselation of the hypersphere A dissection of the 120 cell in twelve rings of 10 dodecahedra. Two sets of six rings form 2 solid interlocked tori. The film starts by showing the 600 cell, the dual of the 120 cell.
This is a non-profit site. Donations go toward large size prints of my work to help me set up an exhibition.
Flat Earth Nonsense
Posted on 2018-03-28 23:09
Did you know that the search term "flat Earth" in YouTube delivers about 5 million hits? There are a lot of gullible people! I had some fun making a couple of films to prove that a flat Earth is utterly impossible. Take a look at this page.
Animated gifs
Posted on 2017-11-27 20:12
Uploaded an animated gif.Click here for a larger version.
A 3D escape time algorithm for the limit sets of Kleinian groups
Posted on 2017-09-20 13:43
An extension into 3D of the method described in the article of the previous post produces images such as the ones in this new gallery.
An escape time algorithm for Kleinian group limit sets
Posted on 2017-02-20 18:33
Here is a new article on a fast algorithm for drawing certain Kleinian group limit sets.
Here is an example made in Shadertoy:
Topology movies
Posted on 2016-02-19 18:49
Here is a new page with a number of video's on the topic of topology..
Vases
Posted on 2013-12-05 13:27
A collection of virtual vases, created by inverse stereographic projection of different patterns on the spherical surface of the vase.
All the patterns where done in Ultrafractal, whereas the vases were created in Povray.
Movies
Posted on 2013-06-18 14:28
I have recently been making some short movies (with sound) and have collected them on this page.
Hybrid 3D fractals
Posted on 2013-03-14 23:22
The 3D fractals in this gallery, were produced as hybrids between the Mandelbox and Mandelbulb formulas. The method is to alternate n Mandelbox iterations with m Cube folding/Mandelbulb iterations.
