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A little video introducing Julia Sets as a follow-up to the Mandelbrot Explained video. In this video we have a little look at the Julia ...

A concise description of how the Julia sets are generated, and their similarities to the famous fractal, the Mandelbrot set. Support ...

In this video we don't zoom into the centre of the Julia Set, in fact we zoom into a point where both z and c are a common value.

Continues from here: http://youtu.be/NGMRB4O922I Featuring Dr Holly Krieger from MIT. Website: http://www.numberphile.com/ ...

In this video we examine how to build a Julia Set by making repeated remapping of a circle on the complex plane. The technique ...

Some cubic quaternions Julia sets, cut in half so we can see their beautiful interior. Support this channel: ...

Featuring Ben Sparks discussing the Mandelbrot Set (and Julia Sets). Catch a more in-depth interview with Ben on our ...

Introduction to Fatou sets and Julia sets, including a discussion of Montel's theorem and its consequences: ...

A julia set happily morphing along until a wild Mandelbrot appears and steals the show. Music is Yellow Jacket Revenge by ...

Visual demo of how a Julia set ( c=.274-.008i) can be generated from repeated transformations of a circle. Please see ...

The seed values for the Julia sets are taken from the curve that bounds the cardioid of the Mandelbrot set, with a 1% offset.

Hello, in this video I'll show experiments with Julia Set and fractals drawn out of it. In my previous video I did a big mistake, current ...

This render has 16000000 iterations, and took the longest to render out of all videos so far- 3 days. Enjoy!

Visual demo of how a Julia set ( c=-.778-.116i) can be generated from repeated transformations of a circle. Please see ...

Julia set the complex constant: c=0.251512 the coordinate system : Z=X+i*Y the main loop function: Z=(Z.^2+c.^1) Normalization ...

Somewhere very close to zero lies a temple... A historic event at Maths Town, our first Julia Set zoom! There are actually an infinite ...

An animation of some Julia sets that I thought were pretty. These Julia sets result from equations of the for f(z)=z^2+c, where c lies ...

Made in Ultra Fractal 6.04.

... Matt Henderson tweet from 2020: https://x.com/matthen2/status/1249976386795630593 If you need more Julia Sets in your life, ...