Free to explore live
Drift
Turn one question into a branching map of ideas. Start with your own question and follow the branches with AI.
Experiments · free to open, no sign-up
Walk into a painting. Follow a question. Watch a system learn. These are things to try, not just things to read about.
Featured experiment · downloadable Mac app
Take an experiment with you
Try the experience here, then take the full local app from Patreon.
Free to explore live
Turn one question into a branching map of ideas. Start with your own question and follow the branches with AI.
▶ Watch it in action
Bring a thought. See where it goes. Explore an AI conversation that can ask questions, make connections and join the discussion.
Worlds and films

Steam, lanterns, oceans, ancient races. Illustrated worlds that open into depth, with music and a timeline you control.

What if the most brilliant machine asked the most human question?
Watch the filmMore ways to explore
Systems you can enter, steer, and lose time inside. Built to make abstract processes physical.

Three impossible vessels, 20 interiors and more than 11 million geometry-inclusive source lines. Take the controls, or watch their films.
Explore all three ships
Can better prompts help Astra find more varied ideas? Play eleven games and explore the prompts behind them.
Play & copy the prompts
A living collection of interactive WebGL worlds, fields, and procedural forms you can steer in the browser.
Enter
Search an almost unimaginably large space of noise for the rare frames that look unexpectedly natural.
Explore
Shape mathematical light and motion in a live, tactile shader playground where every change renders instantly.
Create
A gallery of imagined dashboards and data interfaces, built to study how information design changes what you notice.
BrowseMethods pointed at real questions, with the evidence and the failures left visible.
Small, honest machines for building intuition about optimisation, emergence, and reinforcement.

Train reinforcement-learning agents in the browser, compare algorithms, and watch the learning curve move in real time.
Train
Neural cellular automata that grow, repair, and evolve from a single seed, with a public leaderboard of the best runs.
Grow
Train a neural network by tuning its learning rate. Find the sweet spot between slow progress and overshooting, then race toward 95% accuracy.
DescendAlso free to read
Long-form pieces written to be understood: interactive primers and research notes from the same practice.
From playing to building
Recent experiments are often shown live in the Sunday Lab first, then taught in Get Amplified lessons on how they were made, with the prompts, methods and failures included.