Projects
Interactive experiments — cellular automata, fractals, quantum simulation. Simple rules, emergent complexity.
Conway's Game of Life
The foundational cellular automaton. A two-dimensional grid of cells evolves through discrete time steps according to three rules based on neighbor count. From these rules emerge gliders, oscillators, and Turing-complete computation. The background of this site is a live Game of Life simulation.
Julia Set Explorer
Navigate the complex plane interactively. Choose parameters, zoom into the boundary between convergence and divergence. Explore infinite self-similar detail with customizable color palettes.
Bloch Sphere Explorer
Visualize single-qubit states on the Bloch sphere. Apply quantum gates as rotations, explore superposition, and build geometric intuition for quantum computing.