Media Summary: Projecting Euclidean 3D space onto the hypersphere, and Sorry for the low quality. I was lazy and didn't want to improve the code. But I also didn't want to wait an eternity for it to render. A 4-dimensional quaternion Mandelbrotset. For Q=Q^2+Z where Z=a+bi+cj+dk and ii=jj=kk=-1, ij=ji=k, ik=ki=j, jk=kj=i, and Q exists ...

4d Mandelbulb With Rotation In 4d - Detailed Analysis & Overview

Projecting Euclidean 3D space onto the hypersphere, and Sorry for the low quality. I was lazy and didn't want to improve the code. But I also didn't want to wait an eternity for it to render. A 4-dimensional quaternion Mandelbrotset. For Q=Q^2+Z where Z=a+bi+cj+dk and ii=jj=kk=-1, ij=ji=k, ik=ki=j, jk=kj=i, and Q exists ... uses quaternions instead of just imaginary and real numbers. The first video in a multi-part series on understanding and visualizing the

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4D_Mandelbulb with rotation in 4D
Fourth Dimension rotation of 4D spheres, tetrahedrons, and cubes
4-Dimensional Rotation
4D Mandelbrot (Quaternions)
4D Quaternion Hypercomplex Mandelbrot Set
A 4D Quaternion Mandelbrot Passing Through our 3D World
2D projection of a rotating 4D sphere
Mandelbrot rotation in 4d (3)
Rotating surface in 4 dimensions
1D 2D 3D 4D 5D 6D 7D 8D 9D 10D 11D 12D
4D Mandelbulb
4D Toys: a box of four-dimensional toys, and how objects bounce and roll in 4D
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4D_Mandelbulb with rotation in 4D

4D_Mandelbulb with rotation in 4D

This the 3D projection of a

Fourth Dimension rotation of 4D spheres, tetrahedrons, and cubes

Fourth Dimension rotation of 4D spheres, tetrahedrons, and cubes

Rotation

4-Dimensional Rotation

4-Dimensional Rotation

Projecting Euclidean 3D space onto the hypersphere, and

4D Mandelbrot (Quaternions)

4D Mandelbrot (Quaternions)

Sorry for the low quality. I was lazy and didn't want to improve the code. But I also didn't want to wait an eternity for it to render.

4D Quaternion Hypercomplex Mandelbrot Set

4D Quaternion Hypercomplex Mandelbrot Set

A 4-dimensional quaternion Mandelbrotset. For Q=Q^2+Z where Z=a+bi+cj+dk and ii=jj=kk=-1, ij=ji=k, ik=ki=j, jk=kj=i, and Q exists ...

A 4D Quaternion Mandelbrot Passing Through our 3D World

A 4D Quaternion Mandelbrot Passing Through our 3D World

uses quaternions instead of just imaginary and real numbers.

2D projection of a rotating 4D sphere

2D projection of a rotating 4D sphere

A simple simulation of a

Mandelbrot rotation in 4d (3)

Mandelbrot rotation in 4d (3)

Made with Mandelbulber3D.

Rotating surface in 4 dimensions

Rotating surface in 4 dimensions

Rotating surface in 4 dimensions

1D 2D 3D 4D 5D 6D 7D 8D 9D 10D 11D 12D

1D 2D 3D 4D 5D 6D 7D 8D 9D 10D 11D 12D

1D 2D 3D

4D Mandelbulb

4D Mandelbulb

3D projection of the

4D Toys: a box of four-dimensional toys, and how objects bounce and roll in 4D

4D Toys: a box of four-dimensional toys, and how objects bounce and roll in 4D

Showing

4D Julia Fractal - Rotation of standard Julia

4D Julia Fractal - Rotation of standard Julia

A raytracing of the

Visualizing 4D Pt.1

Visualizing 4D Pt.1

The first video in a multi-part series on understanding and visualizing the

4D Fractal Evolution

4D Fractal Evolution

Doug Bristor's original

4D Quaternion Hypercomplex Mandelbrot Set

4D Quaternion Hypercomplex Mandelbrot Set

4D

4D rotational symmetry hidden in Newtonian gravity

4D rotational symmetry hidden in Newtonian gravity

2nd channel: https://www.youtube.com/@2maniac