Can understand it also, as:
Fractalism, Fractal Art, Fractal Geometry

Categorize it as:
Impressionism, Modernism

.: Dreaming :.
holds a HAIKU for the art style
:. Thought is power .:

Detailed Description

Fractalism is a form of abstract art that uses mathematical patterns to create complex images. These patterns can be found in nature, but they can also be created using computers. Fractalism began in the late 1970s, when mathematician Benoit Mandelbrot discovered a type of mathematical pattern called a fractal. He found that these patterns could be found in nature, and he began to study them. In the 1980s, artists began to use computers to create fractal images. These images were often very complex, and they often had a psychedelic appearance. Fractal images can be created using a variety of methods, but the most common method is to start with a simple image and then apply a fractal algorithm to it. This can be done using a computer program, or it can be done by hand. Fractal images are often used as background images in computer graphics, and they are also used in artworks. Some famous fractal artists include Michael Barnsley, Paul Nettle, and Fractal Lab. Fractal images can be very beautiful, and they can also be very complex.

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1. Fractalism is a form of abstract art that uses mathematical formulas to create repeating patterns.
2. Fractals can be found in nature, such as in snowflakes and tree branches.
3. The term "fractal" was coined by mathematician Benoit Mandelbrot in 1975.
4. Fractals are created by repeating a simple process over and over again.
5. The more times the process is repeated, the more complex the fractal becomes.
6. Fractals can have an infinite number of iterations.
7. The most famous fractal is the Mandelbrot set.
8. Fractals can be used to generate music, images, and even 3D models.
9. Fractals can be infinitely zoomed in on and they will still retain their overall shape.
10. Some fractals are self-similar, meaning they look the same at different levels of magnification.
11. Fractals can be deterministic or stochastic.
12. Deterministic fractals are created by a set of rules, while stochastic fractals are created by chance.
13. Fractals can be two-dimensional or three-dimensional.
14. Two-dimensional fractals are called "planar fractals" while three-dimensional fractals are called "space-filling fractals."
15. Fractals can be regular or irregular.
16. Regular fractals are created by repeating a pattern, while irregular fractals are created by randomly placing points.
17. Fractals can be periodic or aperiodic.
18. Periodic fractals repeat after a certain number of iterations, while aperiodic fractals do not repeat.
19. Fractals can be linear or nonlinear.
20. Linear fractals are created by repeating a pattern, while nonlinear fractals are created by randomly placing points.
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.. robbel bob

Artists (be aware, speculation possible):

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Artworks (be aware, speculation possible)

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Epoch

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