• Maxime Ingremeau, Université Côte d’Azur

    Title: Semiclassical evolution of Lagrangian states into random waves. Abstract: In 1977, Berry conjectured that eigenfunctions of the Laplacian on manifolds of negative curvature behave, in the high-energy (or semiclassical) limit, as a random superposition of plane waves. This conjecture,…

  • Yu Feng, Tsinghua University

    Title: Multiple Ising interfaces and their relation to Dyson’s circular ensemble. Abstract: Conformal invariance of critical lattice models in two-dimensions has been vigorously studied for decades. In this talk, we focus on Ising model on planar domains with mixed plus/minus/free…

  • Hong Quan Tran, Université Paris Dauphine

    Title: Information percolation and cutoff for the Glauber-Exclusion process.   Abstract: The Glauber-Exclusion process, an interacting particle system introduced by De Masi, Ferrari, and Lebowitz, is a superposition of a Glauber dynamics and the symmetric simple exclusion process (SSEP) on a…

  • Alexandros Eskenazis, Sorbonne University Paris

    Title: Resilience of cube slicing in $\ell_p$   Abstract: We shall discuss the state of the art on the problem of identifying the volume maximizing and minimizing hyperplane sections of $p$-balls in $\mathbb{R}^n$. After explaining a reduction to a sharp probabilistic…

  • Roberto Fernandez, Utrecht University (Emer.) and NYU Shanghai

    Title: High-temperature cluster expansion for quantum spin lattice systems Abstract: We develop a novel cluster expansion for finite-spin lattice systems subject to multi-body quantum —and, in particular, classical— interactions. Our approach is based on the use of the M ̈obius…

  • James Mingo, Queen’s University, Canada

    Title: Infinitesimal Freeness Abstract: A universal rule for computing mixed moments of independent and unitarily invariant random matrices gives, in the large N limit, the rule for free independence. In the forty years since Voiculescu gave this rule many extensions…

  • Kiran Kumar, IIT Bombay, India

    Title: Spectrum of Linial-Meshulam complex in thermodynamic regime   Abstract: Linial-Meshulam complex, denoted by , is a random simplicial complex on  vertices with a complete  -dimensional skeleton and -simplices chosen independently with probability . Linial-Meshulam complex is one of the most studied generalizations of the Erdos-Renyi random…

  • Ian Charlesworth, Cardiff University, United Kingdom

    Title: Permutation matrices, graph independence over the diagonal, and consequences Abstract: Often, one tries to understand the behaviour of non-commutative random variables or of von Neumann algebras through matricial approximations. In some cases, such as when appealing to the determinant…

  • Gabor Tardos, Alfréd Rényi Institute of Mathematics, Hungary

    Title: Limits of finite trees Abstract: Motivated by the work of Lovász, Szegedy and others on the convergence and limits of dense graph sequences, we investigate the convergence and limits of finite trees with respect to sampling in normalized distance.…