Workshop on "Progress in modeling and analysis for nanomagnetism and related topics”
Organizers
Abstract
The workshop aims to bring together experts in Nonlinear Analysis and Calculus of Variations with modelers, computational scientists, and experimentalists working on problems arising from spintronics - an emergent field of Microelectronics that attempts to harness the spin degree of freedom of an electron in addition to its electric charge for computer and information technologies. The modeling and analysis of such problems pose exciting challenges at the intersection of Mathematics and the applied Sciences and provide a fresh fertile ground for the Calculus of Variations. This event is the natural follow up of the workshop Modeling and Analysis in Nanomagnetism and beyond Held at the University of Parma, May 27-31, 2024.
Confirmed Speakers
Anne Bernand-Mantel | CEMES-CNRS Toulouse
Olivier Boulle | CEA-CNRS, Grenoble
Luca Briani | TUM, München
Raphael Cote | IRMA-CNRS, Strasbourg
Clementine Courtes | RMA-CNRS, Strasbourg
Tristan Cren | CNRS-Sorbonne Université, Paris
Sara Daneri | GSSI, L’Aquila
Lucia De Luca | AC-CNR, Roma
Nicola Fusco | Università degli Studi Federico II - Napoli
Maria Stella Gelli | Università di Pisa
Vesa Julin | University of Jyväskylä
Nikolai Kiselev | Forschungszentrum Jülich
Leonard Kreutz | TUM, München
Xavier Lamy | Université de Toulouse
Massimiliano Morini | Università degli Studi di Parma
Mirco Piccinini | Università di Pisa
Nicolas Rougemaille | CNRS - Néel Institut
Filipp Rybakov | Uppsala Universitet
Etienne Sandier | Université Paris-Est, Créteil
Ikkei Shimizu | Kyoto University
Theresa Simon | Universität Münster
Valeriy Slastikov | University of Bristol
Please note that for organizational purposes, registration is mandatory
The organizers gratefully acknowledge support from PRIN 2022 PNRR, Project P2022WJW9H “Magnetic skyrmions, skyrmionic bubbles and domain walls for spintronic applications”, Finanziamento dell’Unione Europea – NextGenerationEU, that made this workshop possible.
Img: Magnetic skyrmion lattice: micromagnetic simulation with Mumax3 and visualization with Muview softwares