# The Mandelbrot Set

- Explore the set by clicking on a region to zoom in.
- Each click will center the viewing window on the point you clicked on and magnify by a factor controlled by the
*Scale*slider. - The
*Resolution*slider controls how many iterations are executed to decide if a point is in the set or not; the more iterations, the more detailed the image. - Your cursor’s coordinates are listed at the bottom.

In my senior year of high school I hacked together this Java applet. It lets you explore the Mandelbrot Set, an incredibly fascinating and beautiful mathematical object.

I first came across it when I read __Chaos__ by James Gleick in 10th grade. Right after that, I read Hofstadter’s __Gödel, Escher, Bach__ (like every other introspective nerd). This was my first glimpse of real mathematics. I had always thought I hated math, but after seeing this I realized that what I hated was math *class*.

The Mandelbrot Set is just the set of complex numbers \(c\) for which the orbit of \(0\) remains bounded under iteration of this beautifully simple equation:

\[ z_{n+1} = z^2_n + c \]