The Generalized Vanishing Conjecture
Zhao's Generalized Vanishing Conjecture asks whether, for a differential operator with constant coefficients, for all large forces for all large .
- Result
- Disproved(see note)
- Status
- Resolved
- AI contribution
- AI-assisted
- Method
- Construction
- Field
- Commutative algebra; differential operators
- Posed by
- Wenhua Zhao
- Year posed
- 2007
- Years open
- 19y
- Solved
- 2026-08-05
- Model
- GPT-5.6 Sol
- Vendor
- OpenAI
- Collaborators
- Alexander Dvorsky, Roy van Rijn
- Verification
- Lean-verified
- Publication
- Preprint
- Significance
- 15 / 100
- Disclosed cost
- —
- Wikipedia
- No dedicated article
What was actually shown
For n <= 2, we proof that the Generalized Vanishing Conjecture holds, and we have a failure at dimension 3 (including a counter-example).
This improves the original failure at dimension 5.
What the AI did
The initial paper (Alexander Dvorsky) used "as an interactive research assistant": the paper credits it with testing the homogenized five-variable construction, generating computational verification code and locating relevant literature, with all computations and references independently verified afterwards.
A second paper (Roy van Rijn) used OpenAI's Codex to close the conjecture completely. It proofs that the conjecture holds for n <= 2 and fails at dimension 3 (counter-example provided in the paper). Codex monitored/ran several experiments and the human steered the experiments.
Verification
The preprints have (as of yet) no independent review. The counterexample can be checked directly, the proof has additional Python calculations and Lean verification.
I've added my research (which moves the conjecture to fully closed):
https://zenodo.org/records/21803325
It has a (Lean verified) proof that the conjecture holds for n <=2, and we show a smallest failure at dimension 3.