Claude proved Fermat with 13 million lines

Artificial intelligence systems have crossed the threshold from simple automation into autonomous scientific discovery. Mathematical breakthroughs that once demanded immense human brilliance are falling to formal verification engines. Anthropic developed a workflow where Claude generated thirteen million lines of Lean code to complete a computer verified proof of Fermat's Last Theorem. Meanwhile, OpenAI announced that an internal model produced a formal proof resolving the long standing Navier Stokes fluid dynamics problem. Beyond pure mathematics, autonomous software engineers and massive hardware investments are reshaping technical infrastructure. Cognition launched SWE 2 to slash software development costs, while Anthropic secured over five hundred billion dollars in compute capacity to power future systems. Apparently, running out of compute is the only remaining bottleneck between tech executives and total world automation. At the same time, specialised research engines are unlocking biology and daily tasks. Google DeepMind mapped nine billion genetic variants in human biology, while Meta introduced Muse to handle individual workflows through sandboxed digital assistants. Specialised artificial intelligence is no longer an experiment, it is the new backbone of global computing. In this episode: Anthropic and Claude prove Fermat's Last Theorem using Lean code. OpenAI resolves the Navier Stokes Millennium Prize problem. Cognition releases the SWE 2 software agent. Google DeepMind maps nine billion genetic variants with AlphaGenome Atlas. Meta introduces the Muse personal assistant agent. Press play to discover how autonomous models are solving the unsolvable. https://vocaltechnologist.cyou