Speaker
Riccardo Hertel
(IPCMS, Université de Strasbourg)
Description
Simulating magnetic textures and their dynamics is a cornerstone of modern magnetism research. While micromagnetic methods are well-established, the rise of three-dimensional nanomagnetic systems introduces new complexities that demand advanced tools. Finite-element simulations are uniquely suited to capture geometric and topological effects inherent in 3D nanostructures. In this mini-lecture, I will present recent research that leverages finite-element micromagnetics to explore the structure and dynamics of complex 3D magnetic textures. Particular focus will be given to frequency-domain methods for efficiently modeling high-frequency oscillatory dynamics in these systems.
