Gallery

All
289 deviations

Featured
288 deviations

Mandelseed
5 deviations

AI Art
5 deviations

Tetrabrot - Art and Science
37 deviations

Spherical Dynamics
162 deviations

Meta-Fractal Art
4 deviations

Spheroidal Dynamics
15 deviations

My Daily Deviations
2 deviations

Fractals - Digital Art
202 deviations

Frax Pro
9 deviations

Tetrabrot - Zoom in
31 deviations

Flowers of Kairos
4 deviations

Fractal NFTs
13 deviations

Fractal metapoetry
2 deviations

Tetraktys
1 deviation

Metatronbrot - Art, Science and Spirituality
43 deviations

Starbrot
7 deviations

Fractal Caves
5 deviations

Cosmic Eggs
52 deviations

Tricomplex Multibrots
13 deviations

Hybrids
25 deviations

Mandelscarab
5 deviations

Magic Mushrooms
7 deviations

Unidentified Flying Fractals
6 deviations

Animations
6 deviations
Tetrabrot - Art and Science37
In multicomplex dynamics, the Tetrabrot is a 3D generalization of the Mandelbrot set. Discovered in 2000 (Fractals, 8(4):355-368), this 3D Fractal shape is a particular case of dynamics of two complex variables and can be interpreted as a 3D slice of the 8D tricomplex Mandelbrot set. The colors on the picture are generated in conformity with the generalized Fatou-Julia Theorem in multicomplex spaces. In particular, each color is related to the topology of the filled-in Julia set corresponding to the 3D point of the Tetrtabrot.









