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Quenched SLE Universality for Weakly Disordered FK–Ising Interfaces

OpenAI · October 5, 2026

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Abstract

We prove that critical FK–Ising interfaces with sufficiently weak, symmetric, independent two-valued bond disorder converge to chordal SLE16/3. The disorder strength is fixed as the mesh tends to zero, and convergence of the conditional curve laws holds in probability over the environment.

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Cite

@misc{OAI:Quenched-SLE-Universality-for-Weakly-Disordered-FK-Ising-Interfaces-October-5-2026,
  author = {{OpenAI}},
  title = {{Quenched SLE Universality for Weakly Disordered FK--Ising Interfaces}},
  howpublished = {OpenAI Math Release preprint
                  \href{https://github.com/openai/math/blob/main/preprints/Quenched-SLE-Universality-for-Weakly-Disordered-FK-Ising-Interfaces-October-5-2026/quenched-fk-ising.pdf}{OAI:Quenched-SLE-Universality-for-Weakly-Disordered-FK-Ising-Interfaces-October-5-2026}},
  year = {2026}
}

Family 223: Random-cluster interfaces: critical, disordered, thermal, and natural-time scaling

Proves chordal SLEκ limits for critical square-lattice random-cluster interfaces for $0\lt q\le4$, with $\kappa=4\pi/\arccos(-\sqrt q/2)$: bounded Jordan domains are allowed for q ≥ 1, and smooth Jordan domains for q < 1, under the stated marked-boundary approximations. For $1\le q\le4$, complete nested plane loops converge to CLEκ.

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