math

math

Math is beautiful

Math is beautiful

Demonstration of normal distribution

Demonstration of normal distribution

Isometry of a 3-regular tree

Isometry of a 3-regular tree

Euler's method for Numerically Solving an ODE :)

Euler's method for Numerically Solving an ODE :)

$Last month I posted some IFS fractals here and you liked them so much that I decided to try something new. Meet the Fractenions$

Last month I posted some IFS fractals here and you liked them so much that I decided to try something new. Meet the Fractenions

graphs made into a dance ...

graphs made into a dance ...

Calculating slope without derivatives/limits.

Calculating slope without derivatives/limits.

Simple Questions

Simple Questions

[OC] Visualization of Fourier transform

[OC] Visualization of Fourier transform

Combining Rubik's cube and 3D sliding blocks gives nice groupoid examples

Combining Rubik's cube and 3D sliding blocks gives nice groupoid examples

Visualizing the Complex function tan(z)

Visualizing the Complex function tan(z)

That moment you realize what it's drawing

That moment you realize what it's drawing

having triangle phd pain trip

having triangle phd pain trip

Julia Set visualisation (using Godot Engine) - Link in comments

Julia Set visualisation (using Godot Engine) - Link in comments

Polar functions can make really interesting patterns

Polar functions can make really interesting patterns

Mathematics, rightly viewed, possesses not only truth, but supreme beauty - Bertrand Russell

Mathematics, rightly viewed, possesses not only truth, but supreme beauty - Bertrand Russell

Simple and visual proof of the sum of cubes formula

Simple and visual proof of the sum of cubes formula

A visualization of icosahedral symmetry

A visualization of icosahedral symmetry

Rolling Objects which aren't Spheres

Rolling Objects which aren't Spheres

Mandelbrot set for the sequence z(n+1) = cos(z(n)) + 1/c, with z(0) = 2.5*exp (iθ), θ between 0 and π

Mandelbrot set for the sequence z(n+1) = cos(z(n)) + 1/c, with z(0) = 2.5*exp (iθ), θ between 0 and π

The Labyrinth Tiling

The Labyrinth Tiling

Infinite Gradation of Shapes

Infinite Gradation of Shapes

Unit circle inversion :)

Unit circle inversion :)

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