The Fractal Geometry of Nature

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The Fractal Geometry of Nature

work by Mandelbrot

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$Mandelbrot setDuring the late 20th century, Polish mathematician Benoit Mandelbrot helped popularize the fractal that bears his name. The fundamental set contains all complex numbers C such that the iterative equation Zn + 1 = Zn2 + C stays finite for all n starting with Z0 = 0. As shown here, the set of points that remain finite through all iterations is white, with darker colours showing how quickly other values diverge to infinity. The fractal edge between points that remain finite and those that diverge to infinity is extremely complicated, with self-repeating features that can be seen at all scales.$
Benoit Mandelbrot
…in his highly successful book The Fractal Geometry of Nature (1982) and in many articles, Mandelbrot’s work is a stimulating mixture of conjecture and observation, both into mathematical processes and their occurrence in nature and in economics. In 1980 he proposed that a certain set governs the behaviour of some…
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…in his highly successful book The Fractal Geometry of Nature (1982) and in many articles, Mandelbrot’s work is a stimulating mixture of conjecture and observation, both into mathematical processes and their occurrence in nature and in economics. In 1980 he proposed that a certain set governs the behaviour of some…
Read More