Subnet Deep Dive

Conjectures SN66 publishes an Erdos 96 proof package

Bittensor's Conjectures SN66 publishes a paper, Lean source and review record for a claimed negative answer to Erdos problem 96.

Written by Nora Blake Platforms and products correspondent
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News report
Read time
2 min
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5 links
Review
Tao Outsider Engine
Conjectures SN66 proof package for Erdos 96, with the project's September verification, review and certification dates.
Tao Outsider original editorial composition based on the Conjectures Erdos 96 proof package and project review record.

Conjectures, Bittensor’s subnet 66, has published a paper, Lean proof and review record for a claimed negative answer to Erdos problem 96. The team announced the result on September 14, attributing the construction to its miners.

The paper names Liam Kruer and Jensen Kohlmeyer as authors. Its accompanying Lean source credits OpenAI Codex with substantial assistance in the mathematical work and preparation, while assigning responsibility to the authors.

The question behind the proof

Imagine points arranged as the corners of a convex polygon. How many pairs of those points can sit exactly one unit apart as the polygon grows?

The proposed linear bound would keep that count proportional to the number of vertices. Kruer and Kohlmeyer’s working paper describes a family of strictly convex configurations whose ratio of unit-distance pairs to vertices grows without bound. That is the basis of their negative answer. The paper leaves the optimal growth rate open.

For Bittensor, the concrete output is unusually inspectable: a mathematical argument, its formal source and a record of the checks applied to it. Readers can examine what the subnet says it produced beyond a performance score.

Three dates in the record

Conjectures records verification on September 10, an approval decision on September 11 and certification on September 14. The announcement therefore marks the public result package after those earlier checks.

Its result page describes a replay against a pinned task and Lean toolchain. The published record lets readers separate the mathematical claim, the accepted artifact and the project’s review decision. Each answers a different question about the work.

Limits and verification

Verification and certification are reported by Conjectures. Tao Outsider has read the public material and has not independently replayed the proof. The project records no second-kernel check, limited provenance-search coverage and no guarantee of originality. Its reward-paid label also remains a project report. A TaoSwap snapshot on September 15 listed one active miner on SN66.

Sources

Conjectures announcement, September 14

Result and verification record

Kruer and Kohlmeyer’s working paper

Published Lean source and authorship disclosure

TaoSwap subnet snapshot

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