Session 1: Statistical Physics
| Bertrand Berche | Ralph Kenna's scaling relations in critical phenomena | ||
| Francesco Parisen Toldin | Universal finite-size scaling in the extraordinary-log phase | ||
| Zoriana Danel | Analytical and numerical investigation of star polymers in confined geometries | ||
| Alexander Hartmann | First-passage area distribution and optimal fluctuations of fractional Brownian motion | ||
| Stefan Schnabel | Density of states from microcanonical averages | ||
| Timur Shakirov | Flat-histogram simulation: Optimimal convergence and extended sampling | ||
| Christophe Chatelain | CTMRG study of interacting dimers | ||
| Fabio Müller | Fast, hierarchical, and adaptive algorithm for Metropolis Monte Carlo simulations of long-range interacting systems | ||
Session 4: Joint Physics/DFH-UFA Colloquium
| Leticia Cugliandolo | Phases and topological defects in passive and active systems in two dimensions | ||
| Martin Weigel | Universal fragility of spin-glass ground-states under single bond changes | ||
| Ramgopal Agrawal | Critical dynamics of the ±J Ising model | ||
| Lambert Münster | The Griffiths phase and beyond: A large-deviations study | ||
| Alexandros Vasilopoulos | Dynamical scaling of the two-dimensional pure and dilute Baxter-Wu model | ||
Session 6: Computational Statistical Physics I
Session 7: Computational Statistical Physics II
| Lev Shchur | Finite-size analysis of second-order phase transitions in classical spin models using machine learning (online) | ||
| Moritz Riedel | Sampling states of spin models using generative neural networks | ||
| Henrik Christiansen | Self-tuning Hamiltonian Monte Carlo | ||