Aurelien Manchon

Orbital Electronics in 3min!

L7PC Introduction to Spintronics: Spin dynamics in magnetic textures

L7PB Introduction to Spintronics: Current-driven magnetization dynamics

L7PA Introduction to Spintronics: Spin Transfer and Spin Pumping

Invariant theory applied to magnetism and spin-orbitronics: Lecture 4

Invariant theory applied to magnetism and spin-orbitronics: Lecture 3.2

Invariant theory applied to magnetism and spin-orbitronics: Lecture 3.1

Invariant theory applied to magnetism and spin-orbitronics: Lecture 2

Invariant theory applied to magnetism and spin-orbitronics: Lecture 1

L6PC Introduction to Spintronics: Spin-Dependent Tunneling

L6PB Introduction to Spintronics: Spin Transport in Metals

L6PA Introduction to Spintronics: Electronic Transport in Metals

L5PB Introduction to Spintronics: Domain Wall Dynamics

L5PA Introduction to Spintronics: Magnetic Domain Walls

L4PB Introduction to Spintronics: Magnetization Dynamics

L4PA Introduction to Spintronics: Micromagnetics

L2PC Introduction to Spintronics: Spin-Orbit Physics at Interfaces [ENG]

L2PB Introduction to Spintronics: Magnetism at Surfaces and Interfaces [ENG]

L2PA Introduction to Spintronics: Band Magnetism in Transition Metals [ENG]

L1PC Introduction to Spintronics: The Magnetic Zoo [ENG]

L1PB Introduction to Spintronics: Fundamental Interactions [ENG]

L1PA Introduction to Spintronics: Spin and Orbital Momenta [ENG]

L0PC Introduction to Spintronics: The Discovery of the Spin [ENG]

L0PB Introduction to Spintronics: Basics of Magnetostatics [ENG]

L0PA Introduction to Spintronics: Helicopter View of Spintronics [ENG]

L3PC Introduction to Spintronics: Magnetic Phase Transitions

L3PB Introduction to Spintronics: Ferro- and antiferromagnetism

L3PA Introduction to Spintronics: Para- and diamagnetism [ENG]

Prof. Aurelien Manchon - Interview