Ergodicity of the tip of an SLE curve

preprint2013arXivOpen access

Abstract

We first prove that, for κ∈(0,4)κ\in(0,4), a whole-plane SLE(κ;κ+2)(κ;κ+2) trace stopped at a fixed capacity time satisfies reversibility. We then use this reversibility result to prove that, for κ∈(0,4)κ\in(0,4), a chordal SLEκ_κ curve stopped at a fixed capacity time can be mapped conformally to the initial segment of a whole-plane SLE(κ;κ+2)(κ;κ+2) trace. A similar but weaker result holds for radial SLEκ_κ. These results are then used to study the ergodic behavior of an SLE curve near its tip point at a fixed capacity time. The proofs rely on the symmetry of backward SLE laminations and conformal removability of SLEκ_κ curves for κ∈(0,4)κ\in(0,4).

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