A hidden quantum group for pure partition functions of multiple SLEs

1 hour 6 mins,  968.51 MB,  MPEG-4 Video  640x360,  29.97 fps,  44100 Hz,  1.95 Mbits/sec
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Description: Kytölä, K (Aalto University)
Tuesday 21 April 2015, 11:30-12:30
 
Created: 2015-04-22 17:21
Collection: Random Geometry
Publisher: Isaac Newton Institute
Copyright: Kytölä, K
Language: eng (English)
Distribution: World     (downloadable)
Explicit content: No
Aspect Ratio: 16:9
Screencast: No
Bumper: UCS Default
Trailer: UCS Default
 
Abstract: Co-author: Eveliina Peltola (University of Helsinki)

A classification result of Schramm identifies the candidates for scaling limit random curves in critical planar models by their conformal invariance and domain Markov property: in simply connected domains with curves connecting two boundary points the curves are chordal SLEs. The classification of corresponding multiple curves is more involved, due to the presence of nontrivial conformal moduli: instead of a unique law of a curve, there is a finite dimensional convex set of laws consistent with the requirements. The growth process construction of multiple SLE curves relies on partition functions, which must solve a system of partial differential equations. We present a method based on the representation theory of a quantum group, with help of which we explicitly construct a basis of solutions to the partial differential equations corresponding to the extremal points of the convex set.
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