An AI reads a math textbook written in plain English and rewrites every proof in a language a computer can check for absolute correctness.

It's like having a bilingual translator who can instantly convert a novelist's messy handwritten draft into perfectly formatted, grammar-checked legal documents—except the "grammar checker" is a mathematical proof engine that never makes mistakes.

Instead of one AI trying to solve a hard math problem alone, a team of AI specialists each tackle different angles and share clues until they crack it together.

It's like assembling a heist crew where one agent picks the lock, another disarms the alarm, and a third cracks the safe—except the "heist" is solving an unsolved math theorem and the "safe" is a Lean proof kernel that only opens when the answer is provably correct.

The AI creates its own practice problems and answer keys from proofs it already knows are correct, then uses them to train itself to solve harder problems it's never seen before.

It's like a chess engine that plays millions of games against itself to get better, except instead of chess moves it's generating and solving math proofs—and every single one is guaranteed to be correct by an unforgiving robot referee.