Home » Random spatial processes

Program

Random Spatial Processes January 09, 2012 to May 18, 2012

Organizers Mireille Bousquet-Mélou (Université de Bordeaux I, France), Richard Kenyon* (Brown University), Greg Lawler (University of Chicago), Andrei Okounkov (Columbia University), and Yuval Peres (Microsoft Research Laboratories)

Description In recent years probability theory (and here we mean probability theory in the largest sense, comprising combinatorics, statistical mechanics, algorithms, simulation) has made immense progress in understanding the basic two-dimensional models of statistical mechanics and random surfaces. Prior to the 1990s the major interests and achievements of probability theory were (with some exceptions for dimensions 4 or more) with respect to one-dimensional objects: Brownian motion and stochastic processes, random trees, and the like. Inspired by work of physicists in the ’70s and ’80s on conformal invariance and field theories in two dimensions, a number of leading probabilists and combinatorialists began thinking about spatial process in two dimensions: percolation, polymers, dimer models, Ising models. Major breakthroughs by Kenyon, Schramm, Lawler, Werner, Smirnov, Sheffield, and others led to a rigorous underpinning of conformal invariance in two-dimensional systems and paved the way for a new era of “two-dimensional” probability theory.

Bibliography (PDF)

Open Problems:

1- Aldous.pdf
2-Guttmann.pdf
3-Guttmann2.pdf
4-Kenyon.pdf
5-Linusson.pdf
6-Mossel.pdf
7-Rohde.pdf
8-Soteros.pdf
9-Winkler.pdf
10-Gorin.pdf
11-Wilson.pdf
12-Propp2.pdf
13-Difrancesco.pdf
14-Randall.pdf
15-Randall2.pdf
16-Young.pdf
17-Levine.pdf
18-Propp3.pdf
19-Propp4.pdf

The problem Guttmann2.pdf above has been solved.  The solution is given in the appendix of the paper THE CRITICAL FUGALITY FOR SURFACE ADSORPTION OF SELF-AVOIDING WALKS ON THE HONEYCOMB LATTICE IS 1 + \sqrt{2}

By Nicholas R. Beaton, Mireille Bousquet-Melou, Jan de Gier, Hugo Duminil-Copin, Anthony J. Guttman.
arXiv:1109:0358v3. The problem appears as Theorem 10 in that paper, and the solution is given in the Appendix.

(The paper will appear in Communications in Mathematical Physics.)

Logistics Program Logistics can be viewed by Members. If you are a program member then Login Here.

Programmatic Workshops

January 12, 2012 - January 13, 2012	Connections for Women: Discrete Lattice Models in Mathematics, Physics, and Computing
January 16, 2012 - January 20, 2012	Introductory Workshop: Lattice Models and Combinatorics
February 20, 2012 - February 24, 2012	Percolation and Interacting Systems
March 26, 2012 - March 30, 2012	Statistical Mechanics and Conformal Invariance
April 30, 2012 - May 04, 2012	Random Walks and Random Media