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Recordings
Lecture recordings
Table of contents
Fundamental properties
Units, fields, moments, forces: Gianfranco Durin.
Magnetism on the atom
: Viorel Pop.
Exchange interactions and magnetic structures [
part 1
|
part 2
] : Bertrand Dupé.
Crystal electric field and magnetic anisotropy: Sophie de Brion.
Basics of electric transport
-
Transport and spintronics
: Yoshichika Otani.
Magnetization processes and micromagnetism: Gianfranco Durin.
Magnetic materials
Soft magnetic materials: Nicoleta Lupu
Strategic materials in the energy transition: Oliver Gutfleisch.
Multifunctional magnetic materials: Denys Makarov.
Molecular magnetism: Luis Fernando.
Magnetic Fluids: Ladislau Vekas.
Magnetic heterostructures and nanoscopic materials: Denys Makarov.
Applications
Permanent magnets for efficient energy conversion: Oliver Gutfleisch.
Magneto (and multi-)caloric materials for efficient refrigeration: Oliver Gutfleisch
Computing: memories, artificial intelligence, quantum technologies: Julie Grollier.
Automation: Sensors and communication: Nicoleta Lupu.
Magnetism for biology and medicine: Annelies Coene.
Career perpectives
Career perspective: Julia Lyubina, Dr., Head of Global New Business Development | Silanes at Evonik.
From Magnetism to data mining: Piotr Łaczkowski, software engineer at Vestiaire Collective.
Question sessions
Session 1
.
Session 2
Session 3
Session 4
Social activities
Excursion
Pictures on Facebook group.
Fundamental properties
V. Pop - Magnetism on the atom
B. Dupé - Exchange interactions and magnetic structures pt.1
B. Dupé - Exchange interactions and magnetic structures pt.2
Y. Otani - Basics of electric transport
Y. Otani - Transport and spintronics
Magnetic materials
Applications
Career perspectives
Question sessions
Question session 1
Social activities
Excursion