Fifteen interactive AI demos — evolution, optimization, learning, diffusion, chaos, emergence, search, and more — running entirely in your browser.
Tiny neural brains evolve, generation by generation, to hunt food and flee predators — no rules, just selection.
Open demo →Watch SGD, Momentum, NAG, RMSProp and Adam race across a 2D loss landscape. Drag the start, pick the terrain.
Open demo →Paint your own dataset and watch a from-scratch MLP learn the decision boundary live. TF Playground, but you draw the data.
Open demo →A tiny denoiser trains live, then turns pure Gaussian noise into a shape — the DDPM intuition made visible.
Open demo →Paint life into chemistry. Gray-Scott Turing patterns forming in real time — coral, mitosis, worms. Export your favourite.
Open demo →Three local rules — separation, alignment, cohesion — and a flock emerges with no leader. Tune the weights, add a predator.
Open demo →Paint a few cells, pick a rule (Life, HighLife, Maze…), and watch complexity bloom from nothing.
Open demo →Lorenz, Clifford, De Jong — watch deterministic chaos draw itself into glowing light.
Open demo →A Q-learning agent learns the shortest path one episode at a time — watch value spread and policy emerge.
Open demo →Scatter points, drop centroids, and watch clusters crystallize — with Voronoi regions and k-means++ seeding.
Open demo →Coherent patterns crystallize out of pure constraint propagation — observe, collapse, propagate, repeat.
Open demo →Draw any closed path and watch a chain of spinning circles redraw it — the DFT made visible.
Open demo →Thousands of mindless agents follow and reinforce trails — and a living Physarum network emerges (stigmergy).
Open demo →A genetic algorithm untangles the traveling-salesman route — selection, ordered crossover, mutation, elitism.
Open demo →Watch A*, Dijkstra, BFS and Greedy race across a grid — draw walls, generate mazes, compare what they explore.
Open demo →