On the Sunflower Conjecture: Computational Bounds and an Unsuccessful Proof Attempt
Description
CORRECTION NOTICE (v2, January 15, 2026): Version 1 claimed a proof of the Sunflower Conjecture. This claim is RETRACTED.
Mathematician Thomas Bloom identified a fundamental error: Lemma 4.2 incorrectly bounds the piercing number independently of r, which is known to be impossible. The main theorem does not follow.
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This paper documents an unsuccessful attempt to prove the Sunflower Conjecture of Erdős and Rado (1960).
What remains valid:
- Computational results for m(n,3) up to n=6
- Structural definitions and observations
- Detection applications (as heuristic methods)
What is retracted:
- Theorem 1.2 (Main Result)
- Theorem 4.1 (Universal Piercing Bound)
- Lemma 4.2
- Any claim to have proved the Sunflower Conjecture
The Sunflower Conjecture remains OPEN.
We publish this correction transparently to acknowledge the error, credit Thomas Bloom for identifying it, and document the failed approach for educational purposes.
Supplementary verification code included.
Files
SUNFLOWER_PAPER_V2.pdf
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Additional details
Software
- Repository URL
- https://github.com/SproutSeeds/sunflower-conjecture
- Programming language
- Python
- Development Status
- Active
References
- P. Erdős, R. Rado, Intersection theorems for systems of sets, J. London Math. Soc. 35 (1960), 85-90.
- R. Alweiss, S. Lovett, K. Wu, J. Zhang, Improved bounds for the sunflower lemma, Ann. Math. 194 (2021), 795-815.