From Deterministic to Stochastic Interaction Modeling in Electrochemistry

Learn about IPAM's Fall 2025 long program through this 23-minute webinar where IPAM Deputy Director Christian Ratsch outlines participant resources and Max-Planck-Institut für Eisenforschung's Jörg Neugebauer details four main workshop themes exploring electrochemistry's interdisciplinary nature. Discover how this program aims to bridge deterministic and stochastic modeling in electrochemistry by bringing together applied mathematicians, electrochemists, and computational scientists. Explore the field's critical role in energy storage, fuel cells, electrolyzers, and eco-friendly chemical synthesis, as well as its significance in addressing global sustainability challenges. Understand recent breakthroughs revealing statistical fluctuations in electric fields at electrochemical interfaces and their impact on molecular ordering, necessitating a shift from macroscopic deterministic models to stochastic mathematical descriptions. Gain insights into how this collaborative program seeks to advance electrochemical methods essential for a sustainable economy through enhanced modeling approaches and cross-disciplinary knowledge exchange.