GRIPS: Prof. Dr. Jörg Wunderlich

Findet im Seminarraum LST Wunderlich PHY 7.3.14 statt

0) Introduction

1) Magnetostatics

2) Magnetism of Electrons

3) Magnetism of Atoms

4) Ferromagnetism

5) Antiferromagnetism

6) Small magnetic structures

7) Magnetic Excitations

8) Spintronics with ferromagnets

9) antiferromagnetic spintronics

10) Unconventional Magnetism: Non-collinear Antiferromagnets and Altermagnets

1) Magnetostatics (magnetic fields, magnetization, Maxwell equations …)

2) Magnetism of electrons (magnetic moments: spin and orbital, free electrons, electrons in solids)

3) Magnetism of atoms (hydrogen, many-electron atoms, SO-coupling, paramagnetism, …)

4) Ferromagnetism (exchange interaction, band magnetism, magnetic anisotropy, magn.-transport, m.-optics…)

5) Antiferromagnetism (AF exchange interaction, collinear and non-collinear AFs, frustration …)

6) Small magnetic structures (domains, domain walls, skyrmions, … )

7) Magnetic Excitations (ferromagnetic and antiferromagnetic resonance, DW dynamics, spin waves …)

8) Spin-Electronics (spin dependent transport: GMR, TMR, STT; spin-orbit coupling: (T)AMR, CBAMR, SHE, SSE, SOT …

9) Altermagnetism (a new class of magnetically ordered materials)