Anthropic Paper Finds Weak-Coupling Transition First Order
An Anthropic-contributed Hexagon preprint reports that the Hawking–Page-like transition in weakly coupled N=4 super Yang–Mills remains first order, based on a negative quartic Polyakov-loop coefficient. The AI-assisted calculation was checked against known cases, but remains an unreviewed preprint.
This is a notable AI-assisted research result, but “solves quantum gravity” would overstate what the paper establishes.
- –The calculation reproduces the expected three-saddle structure associated with thermal AdS, small black holes, and large black holes.
- –Its negative coefficient supports a continuous first-order transition line between weak and strong coupling.
- –The result does not test whether that line survives at intermediate coupling.
- –Human checks and a separate Claude computation strengthen the provenance, but do not replace independent peer review or reproduction.
- –The bigger AI milestone is sustained symbolic physics work across a difficult, decades-old perturbative calculation. [Anthropic](https://www.anthropic.com/claude-fable-and-mythos-5-2)
DISCOVERED
18m ago
2026-11-10
PUBLISHED
22m ago
2026-11-10
RELEVANCE
AUTHOR
Wes Roth