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OpenAI withdraws three mathematical results

Original article
twitter.com|157 points|462 comments|by sashank_1509|Oct 8, 2026

OpenAI Retracts Three Mathematical Findings

In a recent update shared via X (formerly Twitter), Dan Roberts—a scientist at OpenAI and co-founder of Diffeo (which was acquired by Salesforce)—announced several changes to the organization's mathematical repository on GitHub.

Roberts, who has a background in gravity studies and co-authored The Principles of Deep Learning Theory, indicated that the openai/math repo is a living project. The team intends to continuously refine the content, adding new formalizations and correcting any errata as they are discovered.

📊 Summary of Repository Changes

The latest update to the math/history.md file reflects a significant amount of churn in the formalization process:

Update TypeQuantity
New Lean Formalizations6
Modifications to Existing Work19
Withdrawals3

⚠️ The Withdrawn Manuscripts

While the repo grew in some areas, three specific results were pulled back. These complex topics involve advanced algebraic geometry, specifically focusing on K3\text{K3}K3 surfaces and abelian varieties.

The following items have been removed from the active record:

  • Algebraicity of Weil classes on split abelian eightfolds
  • Algebraicity of Kuga–Satake Correspondences for K3\text{K3}K3 Surfaces
  • The rational Hodge conjecture for products of K3\text{K3}K3 surfaces

"To save you a click: As a result, we have withdrawn the following three manuscripts..." — @SmokeAwayyy


🔄 The "Software-Style" Proof Cycle

The community reacted with a mix of fascination and skepticism. Some observers noted that mathematical proofs are now being treated like iterative software releases.

Community Perspectives

The reaction on X highlighted a shift in how formal mathematics is being published:

  • Anderson (@ItsGoharr): Suggested that proofs are shipping like software now.
  • Bicycle (@BicycleSocials): Expressed a more critical view, asking, "Respectfully why did you not check these before releasing them?"

This approach mirrors a git workflow more than a traditional academic journal submission:

git commit -m "Fix errata in K3 surface proof"
git push origin main

🖼️ Key Figures and Context

Below are the profiles of the individuals involved in the discussion:

Dan Roberts (@danintheory) @danintheory

Community Contributors

UserHandleAvatar
Anderson@ItsGoharr@ItsGoharr
Smoke-away@SmokeAwayyy@SmokeAwayyy
Bicycle@BicycleSocials@BicycleSocials

Reference Material:

Post Date: October 8, 2026