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An OpenAI model has disproved a central conjecture in discrete geometry

OpenAI · 2026

AI-verified citationSRC-OPENAI-UNITDIST-2026
url
https://openai.com/index/model-disproves-discrete-geometry-conjecture/
verification note
Announcement dated 20 May 2026. Two direct fetches of the OpenAI page timed out during this import, so the page text itself was NOT read end-to-end by this agent; the claim is instead anchored on independent verification (see SRC-SAWIN-2026, an arXiv paper by a mathematician unaffiliated with OpenAI that states the result and its attribution) and on Quanta Magazine's 3 August 2026 reporting, which was read directly. Per Sawin's paper, the OpenAI team was Lijie Chen (using an internal model) with Mark Sellke and Mehtaab Sawhney verifying correctness. The labeling here is deliberately ai_verified-with-caveat rather than verified, and the primary evidential weight is placed on the arXiv paper.
reliability notes
  • A company announcement about its own unreleased internal model — the least independent link in this chain, which is why the mathematics is cited through Sawin instead.
  • The result itself does not depend on OpenAI's word: the disproof has been checked by outside mathematicians, a companion paper was written by nine of them, and the bound has since been sharpened independently.
  • Context that belongs on this record: an earlier round of AI Erdős-problem claims (October 2025) collapsed when the 'solutions' were found already in the literature, and a widely-publicized Christmas 2025 claim on Erdős Problem 333 was withdrawn within hours after a user identified a 1977 resolution by Erdős himself. This evidence line has a documented false-positive history.

Evidence drawn from this source

Qualifies· weakORCH-E027

The AI-mathematics evidence line has a documented false-positive history

what the source states
Quanta's reporting documents that an earlier round of AI Erdős-problem claims in October 2025 collapsed when the purported solutions were found already to exist in the literature, and that a widely-publicized claim about Erdős Problem 333 was withdrawn within hours after a user of Thomas Bloom's problem site identified a 1977 resolution by Erdős himself. Subsequent claimed solutions have been checked against prior work before announcement.
what we infer
Recorded so this evidence line carries its own error history rather than only its successes — the same standard applied to the microtubule results. The pattern is specific and worth naming: the recurring failure mode is inadequate literature search rather than incorrect mathematics, which is a claim about novelty rather than about capability. It does not touch the unit-distance result, which was verified by named mathematicians and independently improved upon. It does mean claims in this area should be checked against the literature before being counted, which is why this case anchors on Sawin's paper rather than on announcements.
limitations
  • Secondary journalism, not a primary source.
  • Does not bear on the verified unit-distance result, which survived independent checking.
  • Filed under the OpenAI announcement record for locality; the retracted claims involved several systems and venues, not only OpenAI.
OpenAI (2026)AI-verified citationORCH-C041