The mathematical formula describing this phenomenon became known as the Mandelbrot Set. Programmed into a computer, the formula produces images of arresting beauty: infinitely varied amoebic ...

The line snakes around the lobby of the Cooper Union Great Hall in lower Manhattan in a complex, seemingly random way. It is at least an hour before the doors will open, but the chaotic assemblage … ...

The Mandelbrot set is a collection of points in the complex-number plane. The formula for calculating these numbers is z n+1 = z n 2 + c, where c is a complex number and n (representing the digits ...

The Mandelbrot set – the fractal ‘snowman turned on its side’ seen above – has graced the covers of magazines, journals, and has even been exhibited in art galleries. An imp… ...

The image above, generated from a relatively simple mathematical formula, has become iconic and permanently connected with the man who identified it: mathematician Benoit Mandelbrot. But its ...

The Mandelbrot set is possibly the most reproduced mathematical entity of all time, on account of how with a bit of image processing, you can make extremely pretty and interesting pictures with it.

His work led to a simple mathematic formula called the Mandelbrot set, which described the self-similarity of shapes found in irregular objects in nature and even galaxies. Mandelbrot’s earlier work ...

The Mandelbrot set is — when visualized with some colors — an interesting shape with infinite detail. While the patterns are immediately obvious to the human eye, anyone who’s run one can ...