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WatchingNewsWatching1 independent reports10

OpenAI Purportedly Solves Navier-Stokes Problem via 10,000 Collaborating Agents

First seen · 9/9/2026, 07:14 AMLatest activity · 9/9/2026, 07:14 AM

OpenAI reportedly deployed roughly 10,000 AI agents to construct a finite-time singularity proof for the Navier-Stokes existence and smoothness problem across an 88-hour compute run, backed by formal Lean verification. The purported breakthrough under smooth forcing has nevertheless drawn sharp pushback from academic researchers over methodological originality and potential training data exposure. The scenario highlights mounting tensions between machine-scale mathematical derivation and academic verification norms.

Event heat · last 24 hours

There are 8 persisted snapshots in the last 24 hours. Peak heat was 10 at 9/12, 14:00; latest heat is 10.

There are 8 persisted snapshots in the last 24 hours. Peak heat was 10 at 9/12, 14:00; latest heat is 10.10509/12, 14:00, event heat 109/12, 17:00, event heat 109/12, 20:00, event heat 109/12, 23:00, event heat 109/13, 02:00, event heat 109/13, 05:00, event heat 109/13, 08:00, event heat 109/13, 11:00, event heat 1024 hours agoNow
  1. 9/12, 14:00, event heat 10
  2. 9/12, 17:00, event heat 10
  3. 9/12, 20:00, event heat 10
  4. 9/12, 23:00, event heat 10
  5. 9/13, 02:00, event heat 10
  6. 9/13, 05:00, event heat 10
  7. 9/13, 08:00, event heat 10
  8. 9/13, 11:00, event heat 10

Reporting Timeline

  1. MediaIT之家9/9, 07:14 AMRepresentative
    OpenAI Purportedly Solves Navier-Stokes Problem via 10,000 Collaborating Agents