[w22/23] E6p: Festkörperphysik für Bachelor plus, Lehramt Gymnasium (Högele)

[w22/23] Plasmaphysik I - Einführung in die Plasmaphysik (Pütterich, Stober)

[w22/23] Photonics I

[w22/23] TC1: General Relativity (Sachs)

[w22/23] Deep Learning for Physicists (Kepesidis)

[w22/23] String Theory I (Dierigl)

[w22/23] Applications of quantum computing (Lorenz)

[w22/23] T6: Stochastic Dynamics of Particles and Fields (Frey)

[w22/23] Nanostructures and Nanomaterials (Cortés)

[w22/23] F, T6: Theoretical Soft and Active Matter Physics (Sabaß)

[w22/23] Generation of ultra-intense laser pulses (Karsch)

[w22/23] Physik des Universums (Lesch)

[w22/23] 17160 TA1: Theoretical Condensed Matter Physics (Pollet)

[w22/23] Protoplanetary Disks and Planet Formation (Birnstiel)

[w22/23] Conformal Field Theory (Blumenhagen)

[w22/23] Magnetohydrodynamic Stability of Fusion Plasmas

[w22/23] 17172 F, T6: Topological Strings (Mayr)

[w22/23] Molecular Biophysics (Rädler)

[w22/23] Experimental Techniques in Quantum Optics (Aidelsburger)

[w22/23] Quantum Information (Schilling)

[w22/23] Introduction to Nanophotonics (Menezes)

[w22/23] Ultracold Atoms and Quantum Gases (Fölling)

[w22/23] Quantum Optics I (Bloch)