Watch an AI agent try to prove the Riemann hypothesis on the cheap (www.zeyaddeeb.com)

Researchers have developed an AI agent that attempts to solve the Riemann Hypothesis by leveraging Lean 4.34, a proof assistant designed to facilitate formal verification of mathematical statements. This AI, powered by a Rust service, operates through a process where it executes tactics encoded in Lean while continuously checking its progress against mathematical proofs. The setup allows users to engage with the AI in a browser, making it accessible for those interested in collaborative proof construction. This development is significant for the AI/ML community as it showcases the integration of machine learning techniques into complex mathematical domains, potentially paving the way for deeper insights into unsolved problems. The AI employs a unique method where its memory is managed in SurrealDB, maintaining a graph of proofs and claims with the ability to synthesize information from prior episodes. This could enhance how mathematical proofs are verified and understood, demonstrating a promising intersection of AI and pure mathematics. By effectively utilizing computational resources and adhering to strict formal criteria, this initiative highlights AI's capability to assist in groundbreaking mathematical research.