This volume collects the lecture notes of the CIME Summer School Statistical Mechanics and Stochastic PDEs , held in Cetraro, Italy, on 1115 September 2023. It offers an up-to-date account of recent developments at the interface between statistical mechanics and stochastic PDEs, areas that have witnessed fundamental breakthroughs and gained wide recognition in recent years. The book explores the interplay between discrete models of statistical mechanics and continuum SPDEs, focusing in particular on questions of universality, the crucial role played by dimension, and the use of ideas from renormalization group theory to study both settings. Topics covered include the large-scale behavior of critical and supercritical stochastic PDEs, by G. Cannizzaro and F. L. Toninelli; an introduction to FK percolation, by I. Manolescu; a constructive approach to stochastic quantization, by M. Gubinelli; and the critical two-dimensional stochastic heat flow, by F. Caravenna, R. Sun and N. Zygouras. The book is aimed at graduate students and researchers interested in probability theory, stochastic analysis, mathematical physics, and the interplay between these fields.

Written by leading experts in the field Presents new advances in the theory of singular stochastic PDEs and FK percolation Provides a useful survey of results in the area Additional multimedia content accessible in browser or via SN More Media App

Autorentext
Francesco Caravenna is a professor of mathematics at the University of Milano-Bicocca. His research interests include disordered systems and their scaling limits, stochastic PDEs, random walks and renewal theory. Rongfeng Sun is a professor of mathematics at the National University of Singapore. His research interests include interacting particle systems, disordered systems, and their scaling limits. Nikos Zygouras is a professor of mathematics at the University of Warwick. His research interests include disordered systems, random polymer models, SPDEs, and integrable probability.

Inhalt

Chapter 1. Lecture notes on stationary critical and super-critical SPDEs.- Chapter 2. The Critical 2𝑑 Stochastic Heat Flow and Related Models.- Chapter 3. Constructive stochastic quantisation.- Chapter 4. Exploring the phase transition of planar FK-percolation.