For curious minds who want to understand how complex systems really work—not the surface narrative, but the underlying mechanics, bottlenecks, and hidden connections across physics, biology, economics, and history.
New here? Start with The Many Universes That Exist or The Limits of Connectivity.
Build a model of polarization one rule at a time, play with it, then turn it on the questions we actually argue about — and let thousands of simulation runs answer instead of intuition.
Why scaling laws look like steady statistical refinement, and what it would take for AI training to enter a compounding learning regime.
Why useful intelligence may need to arrive in stages: coherent first turns now, deeper capability later, and continuity preserved across upgrades.
Why top-down manufacturing is hitting hard economic limits — and how zero-cell algorithms and foundation models are unlocking Artificial General Life.
Why connecting everyone might kill the very innovation it promises, viewed through the lens of multimodal optimization and organizational design.
When something seems impossible, we're often blind to which constraint is actually limiting us. Physics? Legal? Moral?
Meet Podcaster, our AI-powered tool that helps you create, edit, and grow your podcast with ease.
I built Micrograd 3D, a fully interactive, in-browser visualizer that renders the computational graph of neural networks—from a single neuron up to a miniature GPT-2—in three-dimensional space.
What if we could make text mathematically tractable? Semantic SQL brings LLMs into PostgreSQL—so analysts like Sarah can answer the Why as easily as the How much.
Learn about our groundbreaking AI assistant and how it's transforming the way we work with computers.