The aim of the workshop is to discuss and make progress in open questions regarding the mathematical properties of quantum Rényi divergences and their applications in quantum information theory.

The workshop is aimed at studying recent advances and open questions of the Beurling theory of arithmetical semigroups.

The goal of this workshop is to investigate the connections between various measurements of complexity of lattices (in topological groups) and their co-volume.

The school aims to familiarize young researchers with some of the most recent advances in the theory of ergodic and statistical properties of hyperbolic dynamical systems.

The workshop aims to bring together experts working on the non-equilibrium properties and related phenomena arising in chaotic dynamical systems.

The aim of the school is to study various aspects of fractal geometry, motivated by iterated function systems, dynamical systems and probability theory.

The workshop focuses on the recent developments of geometric measure theory, dimension theory of dynamical systems, the geometry of random and deterministic fractals, and related topics.

This is the 1st joint workshop of Seoul National University and Renyi Institute, in selected topic of complex algebraic geometry and low dimensional topology.

The School on Disordered media is part of the Semester on Probability and Statistical Physics. MSc students, PhD students and postdocs are welcome to apply. There will be five minicourses: David Belius: INTRODUCTION TO SPIN GLASSES, Nathanael Berestycki: LIOUVILLE QUANTUM GRAVITY AND ITS SPECTRAL GEOMETRY, Marek Biskup: EXTREMAL PROPERTIES OF THE RANDOM WALK LOCAL TIME, Ron Peled: DISORDERED SPIN SYSTEMS, FIRST-PASSAGE PERCOLATION AND MINIMAL SURFACES IN RANDOM ENVIRONMENT, Sergio Simonella: KINETIC LIMITS FOR THE DILUTE CLASSICAL GAS.

The workshop will cover a wide range of subjects related to statistical physical phenomena in random and disordered media.