Faber-Harris Conjecture on the Isolation Lemma
For an inclusion-free hypergraph on vertices, a weight assignment is isolating when a unique edge attains minimum weight. Faber and Harris conjectured that the number of isolating assignments is at least , attained by the hypergraph of singleton edges. The bound holds, and extends to a more general class of objective functions.
- Result
- Proved
- Status
- Resolved
- AI contribution
- AI co-developed
- Method
- Argument
- Field
- Extremal combinatorics
- Posed by
- Vance Faber, David G. Harris
- Year posed
- 2018
- Years open
- 8y
- Solved
- 2026-07-07
- Model
- ChatGPT
- Vendor
- OpenAI
- Collaborators
- Vance Faber, David G. Harris
- Verification
- Unreviewed
- Publication
- Preprint
- Significance
- 15 / 100
- Disclosed cost
- —
- Wikipedia
- No dedicated article
What the AI did
The acknowledgement credits the model with one specific and load-bearing step: the proof benefited from its assistance in discovering the fractional charging argument. The authors are the pair who stated the conjecture in 2018.
Verification
arXiv preprint; not yet peer-reviewed.
Source
arXiv:2607.06171 - The singleton hypergraph is extremal for the Isolation Lemma