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OpenAI Says AI Solved Navier–Stokes After 88‑Hour Multi‑Agent Run

The claim has triggered a fight over authorship, left independent verification incomplete, and prompted fresh safety and misuse warnings.

Overview

  • OpenAI published a lengthy study saying an unpublished model produced a solution to the Navier–Stokes existence and smoothness question after an 88‑hour run that used roughly 10,000 coordinated agents.
  • Spanish mathematicians Diego Córdoba and Luis Martínez‑Zoroa say their 2023 vorticity‑cascade method provided the key idea the system executed, a claim Tristan Buckmaster confirmed by saying his team automated that existing method rather than contributing new mathematics.
  • The effort used very large compute and token volumes that Córdoba estimates are equivalent to about €15 million, a scale that highlights a growing gap between corporate resources and academic funding.
  • Twenty‑five Fields Medal winners warned of a possible 'destructive effect' on mathematical research, high‑profile safety researchers have resigned and Anthropic released a 154‑page threat report documenting attempts to misuse its Claude models for dual‑use biology and model distillation.
  • Peer review and community validation remain incomplete, and the dispute is sharpening debates over credit, publication incentives, verification procedures, and governance of powerful, resource‑intensive AI systems.