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Author Topic: Julia Set that looks like a Mandelbrot Set  (Read 2565 times)
Description: Julia Set that looks like a Mandelbrot Set
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bugman
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« on: November 03, 2009, 07:34:44 PM »

This Julia set was created using the Modified Inverse Iteration Method (MIIM) for the formula z=z(z+1.2)▓.
I think it bears a remarkable resemblance to the Mandelbrot set. Which gets me thinking, I wonder if is there exists a formula for a Julia set that is exactly the same as the standard Mandelbrot set? If so, I imagine that would be a noteworthy identity for mathematicians. And it would open up the doors for creating inverse Mandelbrot sets (and possibly inverse 3D Mandelbrot sets!).


* Julia Set that looks like a Mandelbrot Set.jpg (13.54 KB, 276x276 - viewed 654 times.)
« Last Edit: November 03, 2009, 09:15:01 PM by bugman » Logged
Dinkydau
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« Reply #1 on: November 06, 2009, 02:06:05 PM »

Isn't the mandelbrot set actually a Julia set?
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lkmitch
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« Reply #2 on: November 06, 2009, 03:48:02 PM »

Isn't the mandelbrot set actually a Julia set?

No--for an iterated formula of the form z = f(z; c), a Julia set is a set of initial z values, whereas a Mandelbrot set is a set of c values.
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David Makin
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« Reply #3 on: November 06, 2009, 08:37:36 PM »

Isn't the mandelbrot set actually a Julia set?

No--for an iterated formula of the form z = f(z; c), a Julia set is a set of initial z values, whereas a Mandelbrot set is a set of c values.

To put it another way - a Mandelbrot is a view of many different functions each with the same start value and a Julia is a view of a single function with many different start values.
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