Fractals

Explore the mesmerizing world of fractals, where mathematics meets art in an infinite dance of patterns and chaos.

The Blancmange Curve: A Sweet Mathematical Delight

KC Fairlight

The Blancmange curve, a continuous yet nowhere differentiable fractal, captivates with its mathematical intricacy and applications in fields like computer graphics and chaos theory.

The Enchanting Complexity of the Blancmange Curve: Fractal Frenzy for the Curious Mind

Martin Sparks

Discover the Blancmange curve—a beguiling mathematical fractal that reveals nature's intricate beauty through self-similar patterns, mesmerizing mathematicians and enthusiasts with its infinite complexity.

Julia Set: Unraveling the Conservative Chaos in Mathematics

Vince Vanguard

The Julia Set, an elegant ode to the chaos of mathematics, embodies beauty and order in the world of complex numbers, dazzling both conservatives and mathematicians alike.

The Dramatic Universe Hiding in Misiurewicz Points

KC Fairlight

Imagine a mathematical concept so fascinating that its name sounds cryptic and mysterious—enter Misiurewicz points. These points blend complexity and beauty in a dance of order and chaos, much like our everyday world.

The Fascinating World of Misiurewicz Points: Where Chaos Meets Order

Martin Sparks

Misiurewicz points in complex dynamics reveal the intricate balance between chaos and order, offering insights into the structure of the Mandelbrot set and the transition to chaos.