This visualization brings math to life by connecting points on a circle using the formula y=(x⋅c)%divisions. Here’s how it works: each point represents a number, and c is a multiplier that changes over time, creating ever-evolving patterns. The % symbol ensures the results wrap around the circle, keeping the connections within the number of divisions. The 'divisions' split the circle into equal parts, forming a mathematical playground where multiplication, modular arithmetic, and geometry combin

Fractals are intricate mathematical objects that exhibit self-similarity, meaning their patterns repeat at different scales. Unlike traditional geometric shapes, fractals often cannot be described by simple formulas for length, area, or volume. Instead, they possess fractional dimensions that lie between whole numbers, which makes them both mathematically fascinating and visually striking. Fractals appear in many natural phenomena, from the branching of trees and the structure of snowflakes to c