Duality of chordal SLE

By Dapeng Zhan. 2007

97 citations recorded by the source corpus.

We derive some geometric properties of chordal SLE(κ;$\vec{\rho}$) processes. Using these results and the method of coupling two SLE processes, we prove that the outer boundary of the final hull of a chordal SLE(κ;$\vec{\rho}$) process has the same distribution as the image of a chordal SLE(κ’;$\vec{\rho}$’) trace, where κ>4, κ’=16/κ, and the forces $\vec{\rho}$ and $\vec{\rho}$’ are suitably chosen. We find that for κ≥8, the boundary of a standard chordal SLE(κ) hull stopped on swallowing a fixed $x\in\mathbb{R}\setminus\{0\}$ is the image of some SLE(16/κ;$\vec{\rho}$) trace started from x. Then we obtain a new proof of the fact that chordal SLE(κ) trace is not reversible for κ>8. We also prove that the reversal of SLE(4;$\vec{\rho}$) trace has the same distribution as the time-change of some SLE(4;$\vec{\rho}$’) trace for certain values of $\vec{\rho}$ and $\vec{\rho}$’.

Subfields: Mathematical Physics, Statistical and Nonlinear Physics

View Paper: https://www.semanticscholar.org/paper/7c7e0d93b9034e25c7aa3319ed3e35e1e4a4db0c

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In Mathematical Physics

  1. Jason Miller
  2. Scott Sheffield
  3. Julien Dubédat
  4. Dapeng Zhan
  5. Oded Schramm
  6. Bertrand Duplantier
  7. Rémi Rhodes
  8. Vincent Vargas

In Statistical and Nonlinear Physics

  1. Jason Miller
  2. Scott Sheffield
  3. Julien Dubédat
  4. Dapeng Zhan
  5. Jean-François Le Gall
  6. Oded Schramm
  7. Bertrand Duplantier
  8. Nicolas Curien

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