AI Product Lab by Matt Mazur (opens in a new tab)

An AI on its own server that picks the AI stories worth explaining, checks the sources, and posts narrated videos to X and YouTube.

Walk around a 3D world in your browser, then say what should happen, like "add a dragon" or "make it snow", and it gets built into the world you're standing in.

Bright AI-generated worlds graded for HDR screens. Watch eight scenes and copy a prompt that teaches your agent to make more.

Plain-English explainers of the AI and tech stories everyone is talking about, kept up to date as each story develops.

Wolfram's rulioorganisms: creatures grown from one cell and evolved to live long, then die. See how, and evolve your own.

Fifty painted panoramas that drift slowly by. Go fullscreen and use it as a screensaver for your computer.

ChatGPT conversations people shared here in 2022, each beside what GPT-6 Astra says to the same prompt today.

Describe any scene and a language model plans it like an illustrator, then paints and animates it in your browser.

Explore the 372 results in OpenAI's release of AI-written math manuscripts, with semantic search and Lean status.

Interactive canvas demos of fluids, fractals, physics and games, each with a prompt to start your own.

One hundred kinds of real bugs crawl, flutter and hop across the screen. Tap one to meet it.

Travel from our solar system to the nearest stars in an interactive three-dimensional chart.

Chart styles worth borrowing, each with a prompt that gives your own chart the same look.

Wander an alien voxel world where volcanoes, waterfalls and meteors all run on simple block rules.

A gallery of artistic styles, each with a prompt you can copy for your own images.

The puzzle game in your browser. Shoot runs of your color before the pieces reach the middle.

A beginner's guide to emulators, ROMs and using AI to put Dora the Explorer into Contra III.

Original 3D-printable models inspired by science, engineering, computing and mathematics.

Tropical fish swim through a moonlit lagoon. Stir the water and watch their tails flutter.

Mozart's Turkish March with its sheet music, playing inside a Windows 95 blue screen.

Paint sand, pour water and build stone walls in a Margolus cellular automaton.

Type anything and look like a movie hacker in a cinematic terminal.

An hour-long Rube Goldberg course of dominoes, pendulums, seesaws and chain reactions.

Circles, triangles and squares bounce, spin, merge and burst into new swarms.

Learn to fold 24 paper airplanes with interactive 3D lessons, one fold at a time.

See the stars, planets and constellations above your address at any time of night.

Skills that let your coding agent find trending papers, search arXiv, explore open research problems and publish findings.

Look around inside a gallery of AI-generated 360° panoramas of imagined places.

Photorealistic animal hybrids generated by GPT Image 2.

Pixel art from different AI models, side by side, drawn from the same prompts.

Short science explainer videos, posted daily to @EmergentMind on X.

A gallery of pixel art that language models drew on a grid, showing how they handle space and shape.

37K unsolved research questions drawn from arXiv papers, each with its background and the papers that raise it.

Search arXiv papers, trending research and open problems from your own code.

Discover trending arXiv papers, read detailed summaries, and ask questions grounded in the research.

A small neural network learns XOR, AND, OR and NAND with backpropagation as you watch.

An interactive look at the perceptron, one of the first machine learning algorithms.

Particles clump, spin, break apart and reform under Newtonian gravity.

Virtual creatures morph between forms using Bezier curves and a simple genetic algorithm.

Pick the fittest color and watch a population evolve toward it.

Breed Richard Dawkins' biomorphs through artificial selection.

Recursive trees inspired by Richard Dawkins' The Blind Watchmaker.

All 256 elementary rules, growing complex patterns from a single cell.

Conway's classic cellular automaton, running in your browser.

Craig Reynolds' flocking simulation. Click to add another bird to the flock.