Morph

We're excited to announce Trinity, an autoformalization system that represents a critical step toward verified superintelligence. We're excited to announce Trinity, an autoformalization system that represents a critical step toward verified superintelligence. Trinity systematically converts entire mathematical papers into formally verified proofs, working in constant feedback with the Lean theorem prover. To demonstrate Trinity's capabilities, we're open-sourcing our first complete formalization: a classical result by de Bruijn establishing bounds on the exceptional set to the abc conjecture. Every statement, proof, and piece of documentation was generated entirely by Trinity. Trinity systematically processes entire papers, intelligently corrects its own formalization errors by analyzing failed attempts, and automatically refactors lengthy proofs to extract useful lemmas and abstractions. This results in independently verifiable mathematical knowledge that requires no trust in the AI s

We're excited to announce Trinity, an autoformalization system that represents a critical step toward verified superintelligence. We're excited to announce Trinity, an autoformalization system that represents a critical step toward verified superintelligence. Trinity systematically converts entire mathematical papers into formally verified proofs, working in constant feedback with the Lean theorem prover. To demonstrate Trinity's capabilities, we're open-sourcing our first complete formalization: a classical result by de Bruijn establishing bounds on the exceptional set to the abc conjecture.