Session 1: Equilibrium Physics
| Lev Shchur | Supervised learning: estimation of the correlation length exponent in continuous phase transitions and estimation of latent heat in discontinuous phase transitions (online presentation) (slides not available yet) | ||
| Martin Weigel | Sampling rare events with neural networks: Machine learning the density of states | ||
| Fakhteh Ghanbarnejad | Gravity & the "Big Bang" in the context of epidemics: How mobility impacts epidemics and vice versa | ||
Session 4: Joint Physics/DFH-UFA Colloquium
| Ulrich H.E. Hansmann | Simulation of amyloid formation and inhibition (slides not available yet) | ||
| Malte Henkel | Generalised time-translation-invariance in physical ageing (online presentation) | ||
| Dustin Warkotsch | Harnessing finite-size effects to gauge aging in the 2D Ising model | ||
| Fabio Müller | Non-universality of aging during phase separation of the two-dimensional long-range Ising model (time evolution movie) | ||
| Varsha Banerjee | Coarsening in bent-core liquid crystals | ||
Session 6: Spin Glass Physics
| Miguel Aguilar Janita | Predicting small field chaos in spin glasses through the ultrametric tree of pure states | ||
Session 7: Soft Matter Systems
| Anuj Kumar Singh | Two-stage assembly of patchy ellipses: From bent-core particles to liquid crystal analogs | ||
| Jesús María Marcos Merino | Microscopic fluctuations in the spreading fronts of wetting liquid droplets | ||
| Ana M. Montero | High-precision numerical and simulation methods for ultraconfined hard disks | ||
| Janett Prehl | Analysis of the Mpemba effect in magnetic systems | ||
| Dragi Karevski | Open extended quantum systems | ||
| Wolfgang Paul | Quantum analytical mechanics: What is it and what is it good for? | ||