2013FractalsRequires access

4. Julia sets and the Mandelbrot set

K. J. Falconer

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Abstract

‘Julia sets and Mandelbrot sets’ explores these frequently visualised fractal species. Complex numbers are imaginary numbers which involve the square root of -1. Plotting squared complex numbers on a plane will give a line which travels to either infinity or the origin. The boundary between these two types of behaviour is known as the Julia set. The simplest conformation of a Julia set is a circle, but other more complicated structures exist. The level of connectedness of a Julia set is determined by its position inside or outside the Mandelbrot set. The position of a Julia set in relation to the Mandelbrot set also determines its fractal dimension.

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What this paper is about

‘Julia sets and Mandelbrot sets’ explores these frequently visualised fractal species. Complex numbers are imaginary numbers which involve the square root of -1. Plotting squared complex numbers on a plane will give a line which travels to either infinity or the origin. The boundary between these two types of behaviour is known as the Julia set. The simplest conformation of a Julia set is a circle, but other more complicated structures exist. The level of connectedness of a Julia set is determined by its position inside or outside the Mandelbrot set. The position of a Julia set in relation to the Mandelbrot set also determines its fractal dimension.

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Available abstract

‘Julia sets and Mandelbrot sets’ explores these frequently visualised fractal species. Complex numbers are imaginary numbers which involve the square root of -1. Plotting squared complex numbers on a plane will give a line which travels to either infinity or the origin. The boundary between these two types of behaviour is known as the Julia set. The simplest conformation of a Julia set is a circle, but other more complicated structures exist. The level of connectedness of a Julia set is determined by its position inside or outside the Mandelbrot set. The position of a Julia set in relation to the Mandelbrot set also determines its fractal dimension.

Key concepts: Mandelbrot set, Julia set, Set (abstract data type), Mathematics, Computer science, Pure mathematics, Programming language, Fractal

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