066 461 Master programme Technical Physics

Show structure
Show by semester

Show academic year
Show all courses of the academic year of which the selected semester is part of.

2022W-2023S (2017U)

Curriculum Document

Title	Precon.	Hours	ECTS
Master programme Technical Physics			120.0
Prüfungsfach Pflichtfächer			35.0
Modul Theoretische Physik			14.0
VO Elektrodynamik II		2.0	4.0
136.018 VO 2022W Electrodynamics II		2.0	4.0
VU Quantentheorie II		3.0	6.0
136.027 VU 2022W Quantum Mechanics II		3.0	6.0
VO Statistische Physik II		2.0	4.0
132.065 VO 2023S Statistical Physics II		2.0	4.0
Modul Atom-, Kern- und Teilchenphysik			8.0
VO Atom-, Kern- und Teilchenphysik II		4.0	8.0
142.092 VO 2023S Atomic, Nuclear and Particle Physics II		4.0	8.0
Modul Grundlagen und Analyseverfahren der kondensierten Materie			7.0
VO Festkörperphysik II		2.0	4.0
138.024 VO 2022W Solid state physics ll		2.0	4.0
VO Physikalische Analytik		2.0	3.0
134.048 VO 2022W Physical Analytics		2.0	3.0
Modul Numerische Methoden und Simulation			6.0
VU Numerische Methoden und Simulation		4.0	6.0
138.094 VU 2023S Numerical methods and simulation		4.0	6.0
Prüfungsfach Technische Qualifikationen			46.0
Modul Vertiefung 1	12 ECTS aus EINEM Wahlfachkatalog		12.0
Wahlfachkataloge
Gebundener WFK A) Theoretische und Mathematische Physik
VO Advanced Atomic Theory		2.0	3.0
132.035 VO 2022W Advanced Atomic Theory Distance Learning: Course is held predominantly online		2.0	3.0
VO Theoretical Quantum Optics		2.0	3.0
PR Arbeitsgemeinschaft für fundamentale Wechselwirkungen		2.0	3.0
132.071 PR 2022W Seminar on Fundamental Interactions 1 Distance Learning: Course is held predominantly online		2.0	3.0
132.074 PR 2023S Seminar on Fundamental Interactions 2 Distance Learning: Course is held predominantly online		2.0	3.0
VO Astro-Teilchenphysik		2.0	3.0
142.094 VO 2022W Astro-Particle Physics		2.0	3.0
VO Black Holes I		2.0	3.0
VO Black Holes II		2.0	3.0
VO Classical and Quantum Chaos		2.0	3.0
132.023 VO 2023S Classical and Quantum Chaos Distance Learning: Course is held predominantly online		2.0	3.0
VO Coherent Control of Quantum Systems		2.0	3.0
132.073 VO 2022W Coherent Control of Quantum Systems		2.0	3.0
VU Computational Materials Science		4.0	6.0
138.058 VU 2022W Computational Materials Science		4.0	6.0
VO Computational Physics		2.0	3.0
VO Einführung in die Allgemeine Relativitätstheorie		2.0	3.0
136.026 VO 2022W Introduction to General Relativity		2.0	3.0
VO Einführung in die Quantenfeldtheorie I		2.0	3.0
VO Einführung in die Quantenfeldtheorie II		2.0	3.0
VO Einführung in die Teilchenphysik		2.0	3.0
UE Elektrodynamik II		2.0	2.0
136.047 UE 2022W Electrodynamics II -exercises		2.0	2.0
VO Geometrie und Gravitation I		2.0	3.0
136.002 VO 2023S Geometry and Gravitation -- Differential Geometry and General Relativity Distance Learning: Course is held predominantly online		2.0	3.0
VO Geometrie und Gravitation II		2.0	3.0
136.008 VO 2022W Geometry and Gravitation II		2.0	3.0
VO Geometrische Methoden der Theoretischen Physik		2.0	3.0
VU Geometry, Topology and Physics I		2.0	3.0
136.007 VU 2022W Geometry, Topology and Physics I		2.0	3.0
VU Geometry, Topology and Physics II		2.0	3.0
136.004 VU 2023S Geometry, Topology and Physics II		2.0	3.0
VO Gittereichtheorie		2.0	3.0
VO Grundlagen der Plasmatheorie		2.0	3.0
134.359 VO 2023S Fundamentals of Plasma Theory canceled		2.0	3.0
VO Grundlagen und Anwendung der Festkörpertheorie		2.0	3.0
VO Introduction to Quantum Electrodynamics		2.0	3.0
135.045 VO 2023S Introduction to quantum electrodynamics		2.0	3.0
VO Knotentheorie und Statistische Mechanik		2.0	3.0
VO Kosmologie und Teilchenphysik		2.0	3.0
136.081 VO 2023S Cosmology and particle physics		2.0	3.0
VO Laser-Matter Interaction		2.0	3.0
VO Lie-Gruppen in der Feldtheorie		2.0	3.0
VO Logische Methoden in der Theoretischen Physik		2.0	3.0
136.022 VO 2022W Logical methods in theoretical physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Neuronale Netzwerke		2.0	3.0
VU Numerische Methoden der Physik		4.0	5.0
VO Pfadintegrale in der Quantenmechanik und Quantenfeldtheorie		2.0	3.0
142.725 VO 2022W Path integrals in quantum mechanics and quantum field theory		2.0	3.0
VU Phänomenologische Teilchenphysik		2.0	3.0
VO Phasenübergänge und kritische Phänomene		2.0	3.0
132.968 VO 2022W Phase Transitions and Critical Phenomena		2.0	3.0
VO Physik weicher Materie		2.0	3.0
136.051 VO 2022W Physics of soft matter canceled		2.0	3.0
VO Quanten-Interferometrie im Phasenraum I		2.0	3.0
141.123 VO 2023S Quantum interferometry in phase space I		2.0	3.0
101.989 VO 2023S quantum interferometry in phase space I		2.0	3.0
VO Quanten-Interferometrie im Phasenraum II		2.0	3.0
VO Quantenberechenbarkeit u. -komplexitätstheorie		2.0	3.0
132.002 VO 2023S Quantum Computation and Complexity Theory Distance Learning: Course is held predominantly online		2.0	3.0
VO Quantenchromodynamik I		2.0	3.0
142.197 VO 2022W Quantum Chromodynamics I		2.0	3.0
VO Quantenchromodynamik II		2.0	3.0
142.923 VO 2023S Quantum Chromo Dynamics II		2.0	3.0
VO Quantenfeldtheorie und Symmetrien I		2.0	3.0
136.014 VO 2022W Symmetries and QFT I		2.0	3.0
VO Quantenfeldtheorie und Symmetrien II		2.0	3.0
136.041 VO 2023S Quantum field theory and symmetries II Distance Learning: Course is held predominantly online		2.0	3.0
VO Quantenfeldtheorie für Vielteilchensysteme		2.0	3.0
138.062 VO 2023S Quantum field theory for many body systems		2.0	3.0
UE Quantenfeldtheorie für Vielteilchensysteme		1.0	2.0
138.088 UE 2023S Quantum Field Theorie for many body systems Distance Learning: Course is held predominantly online		1.0	2.0
VO Quantisierte Feldmodelle in einer nichtkommutativen Raumzeit		2.0	3.0
VO Quantum phenomena in nanostructures		2.0	3.0
VO Quantum Dynamics in Nanostructures		2.0	3.0
VO Rechenverfahren in der Oberflächenphysik		2.0	3.0
134.645 VO 2022W Numerical Methods in Surface Physics		2.0	3.0
VO Selected Topics in Theoretical Physics I		2.0	3.0
VO Selected Topics in Theoretical Physics II		2.0	3.0
VO Selected Topics in Theoretical Physics III		2.0	3.0
VO Semiconductor Detectors		1.0	1.5
SE Seminar für Theoretische Physik I		2.0	2.0
132.036 SE 2022W Seminar for theoretical physics Distance Learning: Course is held predominantly online		2.0	2.0
SE Seminar für Theoretische Physik II		2.0	2.0
136.058 SE 2023S Seminar in Theoretical Physics II Distance Learning: Course is held predominantly online		2.0	2.0
136.058 SE 2022W Seminar in Theoretical Physics II Distance Learning: Course is held predominantly online		2.0	2.0
SE Seminar über Atomare und Subatomare Physik		2.0	2.0
142.069 SE 2023S Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
142.069 SE 2022W Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
VO Solitonen, Differentialgeometrie und Topologie		2.0	3.0
142.064 VO 2023S Solitons, differential geometrie and topology Distance Learning: Course is held predominantly online		2.0	3.0
VO Statistische Methoden der Datenanalyse		2.0	3.0
142.340 SV 2022W Statistical methods in data analysis		2.0	3.0
UE Statistische Methoden der Datenanalyse		2.0	3.0
142.351 UE 2022W Statistical Methods of Data Analysis		2.0	3.0
UE Statistische Physik II		2.0	3.0
136.050 UE 2023S Statistical Physics II Exercise course		2.0	3.0
VO Statistical Theory of Electromagentic Radiation		2.0	3.0
VO Steuerung und Auswertung von Experimenten		2.0	3.0
138.099 VO 2022W Electronic data processing for experiments		2.0	3.0
UE Steuerung und Auswertung von Experimenten		2.0	2.0
138.100 UE 2022W Electronic data processing for experiments		2.0	2.0
VO Streu- und Reaktionstheorie		2.0	3.0
VO String Theory I		2.0	3.0
VO String Theory II		2.0	3.0
VO Supersymmetry		2.0	3.0
UE Symbolische Mathematik in der Physik		2.0	3.0
134.179 UE 2023S Physics Problem Solving with Symbolic Languages		2.0	3.0
VO Teilchenphysik, Stand und Perspektiven		2.0	3.0
VO Theoretical Particle Physics		2.0	3.0
VO Theoretical Solid State Physics I		2.0	3.0
132.034 VO 2022W Theoretical Solid State Physics I		2.0	3.0
VO Theoretical Solid State Physics II		2.0	3.0
132.054 VO 2023S Theoretical Solid State Physics II Distance Learning: Course is held predominantly online		2.0	3.0
VO Space-time and Cosmology		2.0	3.0
VO Aktuelle Kernstrukturmethoden		2.0	3.0
VO Attosekundenphysik		2.0	3.0
SE Literaturseminar Theoretische Quantendynamik		2.0	3.0
136.060 SE 2023S Journal Club Theoretical Quantum Dynamics Distance Learning: Course is held predominantly online		2.0	3.0
136.060 SE 2022W Journal Club Theoretical Quantum Dynamics Distance Learning: Course is held predominantly online		2.0	3.0
VO The Physics of Compact Stars		2.0	3.0
VO Selected Topics Quantum Optics		2.0	3.0
VO Theorie der Supraleitung		2.0	3.0
VO Theorie komplexer Systeme		2.0	3.0
VO Theory of Magnetism		2.0	3.0
VO Thermische Quantenfeldtheorie		2.0	3.0
136.086 VO 2023S Thermal field theory		2.0	3.0
VO Thermodynamik		2.0	3.0
UE Thermodynamik		1.0	1.5
VU Wissenschaftliches Programmieren		2.0	3.0
VO Quantum Theory of Angular Momenta		2.0	3.0
EX Einführung in Forschungsgebiete der Fakultät für Physik		2.0	2.0
VU Gravity and holography in lower dimensions I		2.0	3.0
136.083 VU 2022W Gravity and holography in lower dimensions I Distance Learning: Course is held predominantly online		2.0	3.0
VU Gravity and holography in lower dimensions II		2.0	3.0
VO Gravitation and Cosmology I		2.0	3.0
141.B16 VO 2022W Gravitation and Cosmology I		2.0	3.0
VO Gravitation and Cosmology II		2.0	3.0
141.B04 VO 2023S Gravitation and Cosmology II		2.0	3.0
VU Machine Learning in Physics		3.0	5.0
138.128 VU 2023S Machine Learning in Physics		3.0	5.0
VO Computational Statistical Physics		4.0	6.0
VO Physics of 2D Materials		2.0	3.0
136.094 VO 2023S Physics of 2D Materials		2.0	3.0
VO Physik lebender Materie		2.0	3.0
134.239 VO 2022W Physics of Living Matter		2.0	3.0
VO Quanteninformationstheorie I		2.0	3.0
VO Quanteninformationstheorie II		2.0	3.0
VO Quantenthermodynamik I		2.0	3.0
141.B22 VO 2022W Quantum thermodynamics I		2.0	3.0
VO Quantenthermodynamik II		2.0	3.0
141.B30 VO 2023S Quantum thermodynamics II		2.0	3.0
Gebundener WFK B) Atomare und Subatomare Physik
VO Advanced Atomic Theory		2.0	3.0
132.035 VO 2022W Advanced Atomic Theory Distance Learning: Course is held predominantly online		2.0	3.0
LU Archäometrie: Datierung, Spurenelement-Bestimmung		2.0	2.0
141.106 LU 2022W Practical course on Archaeometry		2.0	2.0
VO Archäometrie: Physikalische Methoden der Altersbestimmung		2.0	3.0
141.399 VO 2022W Archaeometry: physical methods of dating		2.0	3.0
VO Astro-Teilchenphysik		2.0	3.0
142.094 VO 2022W Astro-Particle Physics		2.0	3.0
VO Atomare Stoßprozesse		2.0	3.0
134.514 VO 2022W Atomic Collisions Distance Learning: Course is held predominantly online canceled		2.0	3.0
VO Atoms - Light - Matter Waves		2.0	3.0
VO Biologische Strahleneffekte		1.0	1.5
VO Black Holes I		2.0	3.0
VO Black Holes II		2.0	3.0
VO Data Analysis of Experiments with Particle Detectors		2.0	3.0
VO Der Laser in Physik, Chemie, Biologie und Medizin		2.0	3.0
134.154 VO 2022W Laser in Physics, Chemistry, Biology and Medicine		2.0	3.0
VO Einführung in die Plasmaphysik und -technik		2.0	3.0
134.194 VO 2023S Introduction into Plasmaphysics and -technology		2.0	3.0
VO Einführung in die Teilchenphysik		2.0	3.0
UE Elektrodynamik II		2.0	2.0
136.047 UE 2022W Electrodynamics II -exercises		2.0	2.0
VO Fundamental Physics with Coherent X-Rays and Neutrons		1.0	3.0
141.234 VO 2022W Fundamental Physics with Coherent X-Rays and Neutrons		1.0	3.0
VO Fundamental Physics with Polarized Neutrons		1.0	3.0
141.236 VO 2023S Fundamental Physics with Polarized Neutrons		1.0	3.0
VO Fusionstechnologie		1.0	1.5
VO Gammaspektrometrie		2.0	3.0
VO Gittereichtheorie		2.0	3.0
VO Grundlagen der Plasmatheorie		2.0	3.0
134.359 VO 2023S Fundamentals of Plasma Theory canceled		2.0	3.0
VO Grundlagen der Teilchendetektoren		2.0	3.0
VO Ionen-Festkörper-Wechselwirkungen		2.0	3.0
134.172 VO 2022W Particle Solid Interactions		2.0	3.0
VO Kosmologie und Teilchenphysik		2.0	3.0
VO Macroscopic Quantum Systems		2.0	3.0
141.231 VO 2023S Macroscopic Quantum Systems		2.0	3.0
VO Aktuelle Kernstrukturmethoden		2.0	3.0
VO Methods of Quantitative X-ray Fluorescence Analysis		2.0	3.0
VO Neutronen und Kernphysik		2.0	3.0
142.318 VO 2022W Neutrons and Nuclear Physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Neutronen- und Festkörperphysik		2.0	3.0
VO Neutronen- und Röntgendiffraktometrie		2.0	3.0
141.242 VO 2023S Neutron and X-ray Diffraction		2.0	3.0
VO Neutronenoptik und Tomographie		2.0	3.0
141.158 VO 2023S Neutronenoptik und Tomographie Distance Learning: Course is held predominantly online		2.0	3.0
VO Pfadintegrale in der Quantenmechanik und Quantenfeldtheorie		2.0	3.0
142.725 VO 2022W Path integrals in quantum mechanics and quantum field theory		2.0	3.0
VU Phänomenologische Teilchenphysik		2.0	3.0
VO Physics of Exotic Atoms		2.0	3.0
142.072 VO 2022W Physics of Exotic Atoms		2.0	3.0
VO Physik und Anwendung ultrakurzer Lichtimpulse		2.0	3.0
VO Physikalische Grundlagen des Kernfusionsreaktors		2.0	3.0
134.750 VO 2023S Thermal Nuclear Fusion canceled		2.0	3.0
VO Plasmatechnologie und -chemie		2.0	3.0
134.169 VO 2022W Plasma Technology and -Chemistry		2.0	3.0
LU Practical Course in X-Ray Analytical Methods		2.0	2.0
LU Praktische Übungen am Reaktor		4.0	4.0
141.A87 LU 2022W Practical Exercises at the Reactor		4.0	4.0
LU Praktische Übungen aus Strahlenphysik		4.0	4.0
141.A84 LU 2023S Methods and applications of radiation physics		4.0	4.0
VO Quanten-Interferometrie im Phasenraum I		2.0	3.0
141.123 VO 2023S Quantum interferometry in phase space I		2.0	3.0
VO Quanten-Interferometrie im Phasenraum II		2.0	3.0
VO Quantenchromodynamik I		2.0	3.0
142.197 VO 2022W Quantum Chromodynamics I		2.0	3.0
VO Quantenchromodynamik II		2.0	3.0
VO Quantum Optics I		2.0	3.0
VO Quantum Optics II		2.0	3.0
LU Radionuklidbestimmung in Umweltproben		4.0	4.0
141.600 LU 2022W Assessment of radionuclides in environmental samples		4.0	4.0
VO Radioökologie		2.0	3.0
141.281 VO 2022W radioecology		2.0	3.0
UE Rechenmethoden des Strahlenschutzes I		1.0	1.0
141.075 UE 2022W Calculational exercises in radiation protection I		1.0	1.0
UE Rechenmethoden des Strahlenschutzes II		1.0	1.0
SE Seminar aus Allgemeiner Physik		2.0	2.0
134.081 SE 2023S Seminary on Physics in General Distance Learning: Course is held predominantly online		2.0	2.0
134.081 SE 2022W Seminary on Physics in General		2.0	2.0
SE Seminar über Atomare und Subatomare Physik		2.0	2.0
142.069 SE 2023S Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
142.069 SE 2022W Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
SE Seminar über neue Arbeiten am Atominstitut		2.0	2.0
VO Solitonen, Differentialgeometrie und Topologie		2.0	3.0
142.064 VO 2023S Solitons, differential geometrie and topology Distance Learning: Course is held predominantly online		2.0	3.0
VO Spezialverfahren der Röntgenfluoreszenzanalyse		2.0	3.0
VO Strahlenphysik		3.0	4.5
141.405 VO 2023S Radiation Physics		3.0	4.5
SE Strahlenphysikalische Anwendungen in Technik und Medizin		2.0	2.0
141.905 SE 2023S Application of radiation physics in engeneering and medicine		2.0	2.0
VO Strahlenphysikalische Methoden in der Medizin		2.0	3.0
141.A40 VO 2023S Application of ionizing radiation in medicine		2.0	3.0
VO Strahlenschutz nichtionisierender Strahlung		2.0	3.0
VO Streu- und Reaktionstheorie		2.0	3.0
VO Technischer Strahlenschutz I		2.0	3.0
141.010 VO 2022W Technical radiation protection I Distance Learning: Course is held predominantly online		3.0	3.0
VO Technischer Strahlenschutz II		2.0	3.0
VO Teilchenbeschleuniger		2.0	3.0
141.944 VO 2022W Particle Accelerators		2.0	3.0
VO Teilchenphysik, Stand und Perspektiven		2.0	3.0
VO Theoretical Particle Physics		2.0	3.0
VO Thermische Quantenfeldtheorie		2.0	3.0
VO Time-Dependent Many-Body Systems		2.0	3.0
VO Weltraumdosimetrie		1.0	1.5
VO X-Ray Analytical Methods		2.0	3.0
141.211 VO 2023S X-ray analytical methods		2.0	3.0
VU Wissenschaftliches Programmieren		2.0	3.0
LU Quantum Physics		4.0	5.0
141.A86 LU 2023S Quantum Physics Quantum Physics		4.0	5.0
141.A86 LU 2022W Quantum Physics Quantum Physics		4.0	5.0
VO Quantum Technology I		2.0	3.0
141.A16 VO 2022W Quantum Technology I		2.0	3.0
VO Quantum Technology II		2.0	3.0
141.A17 VO 2023S Quantum Technology II Distance Learning: Course is held predominantly online		2.0	3.0
VO Ausgewählte Experimente der Atom-, Kern- und Teilchenphysik		2.0	3.0
LU Praktikum aus Neutronenphysik		4.0	4.0
141.A78 LU 2023S Laboratory Course in Neutron Physics		4.0	4.0
141.A78 LU 2022W Laboratory Course in Neutron Physics		4.0	4.0
PR Arbeitsgemeinschaft für fundamentale Wechselwirkungen		2.0	3.0
132.071 PR 2022W Seminar on Fundamental Interactions 1 Distance Learning: Course is held predominantly online		2.0	3.0
132.074 PR 2023S Seminar on Fundamental Interactions 2 Distance Learning: Course is held predominantly online		2.0	3.0
SE Seminar für Theoretische Physik II		2.0	2.0
136.058 SE 2023S Seminar in Theoretical Physics II Distance Learning: Course is held predominantly online		2.0	2.0
136.058 SE 2022W Seminar in Theoretical Physics II Distance Learning: Course is held predominantly online		2.0	2.0
VO Suche nach der Dunklen Materie		2.0	3.0
141.A49 VO 2022W Search for Dark Matter Distance Learning: Course is held predominantly online		2.0	3.0
SE Seminar für Theoretische Physik I		2.0	2.0
132.036 SE 2022W Seminar for theoretical physics Distance Learning: Course is held predominantly online		2.0	2.0
VO Physik am LHC: Vermessung des Higgs-Bosons und Suche nach Physik jenseits des Standardmodells		2.0	3.0
141.A52 VO 2023S Physics at the LHC: Measurement of the Higgs Boson and Searches for Physics beyond the Standard Model		2.0	3.0
VO Präzisionsmessungen mit schweren Mesonen		2.0	3.0
VO Attosekundenphysik		2.0	3.0
UE Atom-, Kern- und Teilchenphysik II		2.0	2.0
142.093 UE 2023S Atomic , nuclear and particle physics II		2.0	2.0
VO Nukleare Astrophysik		2.0	3.0
142.637 VO 2022W Nuclear astrophysics		2.0	3.0
SE Literaturseminar Theoretische Quantendynamik		2.0	3.0
136.060 SE 2023S Journal Club Theoretical Quantum Dynamics Distance Learning: Course is held predominantly online		2.0	3.0
136.060 SE 2022W Journal Club Theoretical Quantum Dynamics Distance Learning: Course is held predominantly online		2.0	3.0
VO Quantum Information Physics		2.0	3.0
EX Einführung in Forschungsgebiete der Fakultät für Physik		2.0	2.0
VO Einführung in die Modelle der Elementarteilchenphysik I		2.0	3.0
141.B00 VO 2022W Introduction to Models of Elementary Particle Physics I		2.0	3.0
UE Einführung in die Modelle der Elementarteilchenphysik I		1.0	2.0
141.B01 UE 2022W Introduction to Models of Elementary Particle Physics I		1.0	2.0
VO Einführung in die Modelle der Elementarteilchenphysik II		2.0	3.0
141.B02 VO 2023S Introduction to Models of Elementary Particle Physics II		2.0	3.0
UE Einführung in die Modelle der Elementarteilchenphysik II		2.0	3.0
141.B03 UE 2023S Introduction to Models of Elementary Particle Physics II		2.0	3.0
LU Experimente am MedAustron Teilchenbeschleuniger		2.0	2.0
141.A99 LU 2022W Experiments at the MedAustron Particle Accelerator - Applied Particle Physics and Medical Physics		2.0	2.0
Gebundener WFK C) Physik der kondensierten Materie
VU Computational Materials Science		4.0	6.0
VO Computational Physics		2.0	3.0
VO Electronic Structure of Solids and Surfaces		2.0	3.0
134.089 VO 2023S Electronic Structure of Solids and Surfaces		2.0	3.0
PR Elektronenmikroskopie		4.0	4.0
138.049 PR 2023S Electron microscopy		4.0	4.0
138.049 PR 2022W Electron microscopy		4.0	4.0
VO Elektronenstrahl-Mikroanalyse		1.0	1.5
UE Elektronenstrahl-Mikroanalyse		1.0	1.0
VO Experimentelle Methoden der Oberflächenphysik		2.0	3.0
134.326 VO 2023S Experimental Methods in Surface Physics		2.0	3.0
VO Festkörperspektroskopie		2.0	3.0
138.057 VO 2022W Spectroscopy of Solids		2.0	3.0
VO Fullerenes: Solid State and Magnetic Properties		1.0	1.5
VO Electron Microscopy: Principles and Fundamentals		2.0	3.0
133.293 VO 2023S Electron Microscopy: Principles & Fundamentals		2.0	3.0
VO Grundlagen und Anwendung der Festkörpertheorie		2.0	3.0
VO Hochauflösende Elektronenmikroskopie von Festkörpern		2.0	3.0
133.031 VO 2022W High Resolution Electron Microscopy (HREM)		2.0	3.0
VO Hochtemperatur-Supraleiter		2.0	3.0
141.457 VO 2023S High temperature superconductors		2.0	3.0
VO Kernmagnetische Messmethoden		2.0	3.0
138.048 VO 2023S Nuclear Magnetic Methods (Mössbauer Spectroscopy) Distance Learning: Course is held predominantly online		2.0	3.0
VO Knotentheorie und Statistische Mechanik		2.0	3.0
SE Low Temperature Physics		2.0	2.0
VO Magnetic Properties Measurements		2.0	3.0
VO Magnetische Relaxationsprozesse		2.0	3.0
133.000 VO 2023S Magnetic relaxation processes Distance Learning: Course is held predominantly online		2.0	3.0
VO Magnetismus		2.0	3.0
138.033 VO 2023S Magnetism		2.0	3.0
SE Neutronen- und Festkörperphysik		2.0	2.0
141.543 SE 2023S Seminar on Neutron- and Solid State Physics		2.0	2.0
141.543 SE 2022W Seminar on Neutron- and Solid State Physics Distance Learning: Course is held predominantly online		2.0	2.0
VO Neutronen- und Röntgendiffraktometrie		2.0	3.0
141.242 VO 2023S Neutron and X-ray Diffraction		2.0	3.0
VO Neutronenoptik und Tomographie		2.0	3.0
141.158 VO 2023S Neutronenoptik und Tomographie Distance Learning: Course is held predominantly online		2.0	3.0
SE New Developments in Surface Science		2.0	3.0
134.069 SE 2023S New Development in Surface Science Distance Learning: Course is held predominantly online		2.0	3.0
134.069 SE 2022W New Development in Surface Science		2.0	3.0
VO Oberflächenphysik		2.0	3.0
134.165 VO 2022W Surface Physics		2.0	3.0
VO Phasenübergänge und kritische Phänomene		2.0	3.0
132.968 VO 2022W Phase Transitions and Critical Phenomena		2.0	3.0
VO Physics in High Magnetic Fields		2.0	3.0
VO Physics of Magnetic Materials		2.0	3.0
133.019 VO 2022W E/ Physics of Magnetic Materials		2.0	3.0
VO Physik ausgewählter Materialien		2.0	3.0
138.056 VO 2023S Functional Materials Distance Learning: Course is held predominantly online		2.0	3.0
VO Physik weicher Materie		2.0	3.0
136.051 VO 2022W Physics of soft matter canceled		2.0	3.0
VO Physik dünner Schichten		2.0	3.0
138.032 VO 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	3.0
UE Physik dünner Schichten		2.0	2.0
138.035 UE 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	2.0
138.035 UE 2022W Physics of thin films		2.0	2.0
LU Praktikum aus Festkörperphysik		5.0	6.0
VO Quantenfeldtheorie für Vielteilchensysteme		2.0	3.0
138.062 VO 2023S Quantum field theory for many body systems		2.0	3.0
SE Seminar aus Festkörperphysik		2.0	3.0
138.001 SE 2023S SEMINAR of solid state physics Distance Learning: Course is held predominantly online		2.0	3.0
138.001 SE 2022W SEMINAR of solid state physics		2.0	3.0
SE Seminar Computational Materials Science		2.0	3.0
134.099 SE 2023S Seminary on Computational Materials Science Distance Learning: Course is held predominantly online		2.0	3.0
134.099 SE 2022W Seminary on Computational Materials Science canceled		2.0	3.0
VO SQUIDs - Grundlagen und Anwendungen		2.0	3.0
141.222 VO 2023S SQUIDs - Basics and Applications Distance Learning: Course is held predominantly online		2.0	3.0
VO Strongly Correlated Electron Systems		2.0	3.0
131.047 VO 2023S E/ Strongly Correlated Electron Systems		2.0	3.0
SE Superconductivity Seminar		2.0	3.0
141.388 SE 2023S Superconductivity Seminar		2.0	3.0
VO Supraleitung		2.0	3.0
141.685 VO 2022W Superconductivity		2.0	3.0
VO Surface Science		2.0	3.0
VO Theoretical Solid State Physics I		2.0	3.0
132.034 VO 2022W Theoretical Solid State Physics I		2.0	3.0
VO Theoretical Solid State Physics II		2.0	3.0
132.054 VO 2023S Theoretical Solid State Physics II Distance Learning: Course is held predominantly online		2.0	3.0
VO Theorie der Supraleitung		2.0	3.0
VO Theory of Electronic Spectra of Solids and Surfaces		2.0	3.0
134.086 VO 2022W Theory of Electronic Spectra of Solids and Surfaces canceled		2.0	3.0
VO Theory of Magnetism		2.0	3.0
VO Thermoelectricity and Transport in Solids		2.0	3.0
VO Tieftemperaturphysik		2.0	3.0
138.034 VO 2022W Low Temperture Physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Time-Dependent Many-Body Systems		2.0	3.0
VO Versetzungen in Kristallen		2.0	3.0
133.026 VO 2023S Dislocations in Solids Distance Learning: Course is held predominantly online		2.0	3.0
VO Methoden und Materialien der modernen optischen Spektroskopie		2.0	3.0
138.091 VO 2022W Methods and Materials of the moderen optical spectroscopy		2.0	3.0
VU Wissenschaftliches Programmieren		2.0	3.0
VO Electrochemical Surface Science		2.0	3.0
134.206 VO 2023S Electrochemical Surface Science		2.0	3.0
VO Advanced Theory of Superconductivity and Magnetism		2.0	3.0
VO Magnetism in the Solid State		2.0	3.0
VO Quantum Computing and Quantum Dots		2.0	3.0
LU Praktikum aus Tieftemperaturphysik		4.0	4.0
VO Techniken der analytischen Elektronenmikroskopie		2.0	3.0
138.103 VO 2022W Techniques of analytical elctron microscopy		2.0	3.0
EX Einführung in Forschungsgebiete der Fakultät für Physik		2.0	2.0
VO Crystal Growth: Theory and Practice		2.0	3.0
138.065 VO 2023S Crystal Growth: Theory and Practice		2.0	3.0
UE Theory of condensed matter spectroscopies		1.0	1.0
VO Theory of condensed matter spectroscopies		2.0	3.0
VO Physics of colloidal dispersions		2.0	3.0
Gebundener WFK D) Angewandte Physik
VO Alternative nukleare Energiesysteme		2.0	3.0
LU Archäometrie: Datierung, Spurenelement-Bestimmung		2.0	2.0
141.106 LU 2022W Practical course on Archaeometry		2.0	2.0
VO Archäometrie: Physikalische Methoden der Altersbestimmung		2.0	3.0
141.399 VO 2022W Archaeometry: physical methods of dating		2.0	3.0
VO Atomare Stoßprozesse		2.0	3.0
134.514 VO 2022W Atomic Collisions Distance Learning: Course is held predominantly online canceled		2.0	3.0
VO Biological and Medical Applications of Nuclear Physics I		2.0	3.0
142.081 VO 2022W Biological and Medical Applications of Nuclear Physics I		2.0	3.0
VO Biological and Medical Applications of Nuclear Physics II		2.0	3.0
142.440 VO 2023S Biological and Medical Applications of Nuclear Physics II canceled		2.0	3.0
VO Biologische Strahleneffekte		1.0	1.5
VO Brennstoffzellen		2.0	3.0
164.212 VO 2023S Fuel Cells		2.0	3.0
LU Chemische Übungen für TPH		4.0	4.0
VO Der Laser in Physik, Chemie, Biologie und Medizin		2.0	3.0
134.154 VO 2022W Laser in Physics, Chemistry, Biology and Medicine		2.0	3.0
VO Einführung in die Akustik		2.0	3.0
134.177 VO 2023S Introduction into Acoustics		2.0	3.0
VO Einführung in die Biomedizinische Technik		2.0	3.0
101.028 VO 2022W Biomedical Engineering: An Introduction		2.0	3.0
VO Einführung in die Plasmaphysik und -technik		2.0	3.0
134.194 VO 2023S Introduction into Plasmaphysics and -technology		2.0	3.0
VO Einführung in die Tieftemperaturphysik und -technologie		2.0	3.0
138.043 VO 2023S Introduction to low temperture physics and technology		2.0	3.0
VO Electron Microscopy: Principles and Fundamentals		2.0	3.0
VO Electronic Structure of Solids and Surfaces		2.0	3.0
134.089 VO 2023S Electronic Structure of Solids and Surfaces		2.0	3.0
VO Elektronenstrahl-Mikroanalyse		1.0	1.5
UE Elektronenstrahl-Mikroanalyse		1.0	1.0
VO Elektronische Analog- und Digitaltechnik		2.0	3.0
134.049 VO 2023S Electronic Circuit Technology canceled		2.0	3.0
VO Elektronische Messtechnik		2.0	3.0
134.161 VO 2022W Electronic Measurement Technique		2.0	3.0
VO Energieübertragung und Kraftwerke		2.0	3.0
VO Experimentelle Methoden der Oberflächenphysik		2.0	3.0
134.326 VO 2023S Experimental Methods in Surface Physics		2.0	3.0
VO Festkörperspektroskopie		2.0	3.0
138.057 VO 2022W Spectroscopy of Solids		2.0	3.0
VO Flüssigszintillations-Spektrometrie		1.0	1.5
VO Gammaspektrometrie		2.0	3.0
VO Geochemie		1.0	1.5
LU Graphical Programming and Experiment Control		4.0	4.0
141.A76 LU 2023S Graphical Programming and Experiment Control		4.0	4.0
141.A76 LU 2022W Graphical Programming and Experiment Control		4.0	4.0
VO Grundlagen der Teilchendetektoren		2.0	3.0
VO Grundlagen und Anwendung der Mikrocomputer-Technik		2.0	3.0
LU Grundlagen und Anwendung der Mikrocomputer-Technik		2.0	2.0
VO Grundzüge der Thermischen Energieanlagen		2.0	3.0
LU Herstellung und Charakterisierung von Solarzellen		3.0	3.0
VO Hochauflösende Elektronenmikroskopie von Festkörpern		2.0	3.0
133.031 VO 2022W High Resolution Electron Microscopy (HREM)		2.0	3.0
VO Hochtemperatur-Supraleiter		2.0	3.0
141.457 VO 2023S High temperature superconductors		2.0	3.0
VO Introduction to Nanotechnology		2.0	3.0
134.152 VO 2022W Introduction to Nanotechnology		2.0	3.0
VO Ionen-Festkörper-Wechselwirkungen		2.0	3.0
134.172 VO 2022W Particle Solid Interactions		2.0	3.0
VO Isotopentechnik		2.0	3.0
141.724 VO 2023S Radioisotope Techniques		2.0	3.0
VO Kernmagnetische Messmethoden		2.0	3.0
138.048 VO 2023S Nuclear Magnetic Methods (Mössbauer Spectroscopy) Distance Learning: Course is held predominantly online		2.0	3.0
VO Laser-Matter Interaction		2.0	3.0
VO Magnetic Properties Measurements		2.0	3.0
VO Magnetismus		2.0	3.0
138.033 VO 2023S Magnetism		2.0	3.0
VO Medizinische Physik in der Radiologie		2.0	3.0
141.225 VO 2023S Medical Physics of diagnostic imaging		2.0	3.0
VO Methods of Quantitative X-ray Fluorescence Analysis		2.0	3.0
VO Nachhaltige Energieträger		2.0	3.0
VO Neuronale Netzwerke		2.0	3.0
VO Neutron Activation Analysis		2.0	3.0
VO Neutronen- und Festkörperphysik		2.0	3.0
SE New Developments in Surface Science		2.0	3.0
134.069 SE 2023S New Development in Surface Science Distance Learning: Course is held predominantly online		2.0	3.0
134.069 SE 2022W New Development in Surface Science		2.0	3.0
VO Nuclear Analytical Methods		2.0	3.0
VO Nuclear Electronics		2.0	3.0
VO Nuclear Engineering I		2.0	3.0
141.032 VO 2023S Nuclear Engineering		2.0	3.0
141.032 VO 2022W Nuclear Engineering		2.0	3.0
VO Nukleare Umweltanalytik		1.0	1.5
VO Oberflächenphysik		2.0	3.0
134.165 VO 2022W Surface Physics		2.0	3.0
VO Physics in High Magnetic Fields		2.0	3.0
VO Physics of Magnetic Materials		2.0	3.0
133.019 VO 2022W E/ Physics of Magnetic Materials		2.0	3.0
VO Physik der Atmosphäre		2.0	3.0
VO Physik der Silizium-Halbleiter-Materialien		2.0	3.0
133.043 VO 2023S Physics of silicon semiconductor materials Distance Learning: Course is held predominantly online		2.0	3.0
VO Physik der Solarzelle		1.0	1.5
VO Physik dünner Schichten		2.0	3.0
138.032 VO 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	3.0
UE Physik dünner Schichten		2.0	2.0
138.035 UE 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	2.0
138.035 UE 2022W Physics of thin films		2.0	2.0
VO Physik und Anwendung ultrakurzer Lichtimpulse		2.0	3.0
VO Physikalische Grundlagen des Kernfusionsreaktors		2.0	3.0
134.750 VO 2023S Thermal Nuclear Fusion canceled		2.0	3.0
VO Physikalische Sensoren		2.0	3.0
VO Piezoelektrische Wandler und Resonatoren		2.0	3.0
VO Plasmatechnologie und -chemie		2.0	3.0
134.169 VO 2022W Plasma Technology and -Chemistry		2.0	3.0
LU Praktische Übungen aus Reaktorinstrumentierung		3.0	3.0
141.A79 LU 2023S Practical course on Reactor instrumentation canceled		3.0	3.0
VO Radiochemie I		2.0	3.0
141.295 VO 2023S Radiochemistry		2.0	3.0
LU Radiochemisches Praktikum		4.0	4.0
141.A81 LU 2023S laboratory exercise in radiochemistry		4.0	4.0
LU Radionuklidbestimmung in Umweltproben		4.0	4.0
141.600 LU 2022W Assessment of radionuclides in environmental samples		4.0	4.0
VO Radioökologie		2.0	3.0
141.281 VO 2022W radioecology		2.0	3.0
VO Reaktorphysik		2.0	3.0
141.537 VO 2022W Reactor Physics I		2.0	3.0
VO Methoden und Materialien der modernen optischen Spektroskopie Bearbeiten		2.0	3.0
VO Microscopy of Biomolecules		2.0	3.0
134.996 VO 2022W Microscopy on Biomolecules Distance Learning: Course is held predominantly online		2.0	3.0
VO Electrochemical Surface Science		2.0	3.0
134.206 VO 2023S Electrochemical Surface Science		2.0	3.0
VO Biomembranes		1.0	1.5
134.202 VO 2023S Biomembranes Distance Learning: Course is held predominantly online		1.0	1.5
LU Praktikum aus Festkörperphysik		5.0	6.0
LU Praktische Übungen am Reaktor		4.0	4.0
141.A87 LU 2022W Practical Exercises at the Reactor		4.0	4.0
LU Praktische Übungen aus Strahlenphysik		4.0	4.0
141.A84 LU 2023S Methods and applications of radiation physics		4.0	4.0
LU Practical Course in X-Ray Analytical Methods		2.0	2.0
EX Einführung in Forschungsgebiete der Fakultät für Physik		2.0	2.0
PR Elektronenmikroskopie		4.0	4.0
138.049 PR 2023S Electron microscopy		4.0	4.0
138.049 PR 2022W Electron microscopy		4.0	4.0
VO Einführung in die medizinphysikalischen Grundlagen der Ionentherapie		2.0	3.0
141.B07 VO 2023S Introduction to medical physics aspects of ion beam therapy		2.0	3.0
VO Soft matter analysis techniques and applications		2.0	3.0
134.235 VO 2022W Soft matter analysis techniques and applications		2.0	3.0
Gebundener WFK D) Angewandte Physik (Fortsetzung)
VO Nuclear Engineering II		2.0	3.0
141.658 VO 2023S Nuclear Engineering 2		2.0	3.0
UE Rechenmethoden des Strahlenschutzes I		1.0	1.0
141.075 UE 2022W Calculational exercises in radiation protection I		1.0	1.0
UE Rechenmethoden des Strahlenschutzes II		1.0	1.0
VO Rechenverfahren in der Oberflächenphysik		2.0	3.0
134.645 VO 2022W Numerical Methods in Surface Physics		2.0	3.0
VO Schallausbreitung und Lärmschutz		2.0	3.0
134.108 VO 2022W Sound Propagation and Noise Protection		2.0	3.0
VO Semiconductor Detectors		1.0	1.5
SE Seminar aus Allgemeiner Physik		2.0	2.0
134.081 SE 2023S Seminary on Physics in General Distance Learning: Course is held predominantly online		2.0	2.0
134.081 SE 2022W Seminary on Physics in General		2.0	2.0
SE Seminar aus Festkörperphysik		2.0	3.0
138.001 SE 2023S SEMINAR of solid state physics Distance Learning: Course is held predominantly online		2.0	3.0
138.001 SE 2022W SEMINAR of solid state physics		2.0	3.0
SE Seminar aus Reaktorsicherheit		2.0	2.0
141.114 SE 2023S Seminar on Reactor Safety		2.0	2.0
SE Seminar Computational Materials Science		2.0	3.0
134.099 SE 2023S Seminary on Computational Materials Science Distance Learning: Course is held predominantly online		2.0	3.0
134.099 SE 2022W Seminary on Computational Materials Science canceled		2.0	3.0
VO Space Propulsion		2.0	3.0
VO Spezialverfahren der Röntgenfluoreszenzanalyse		2.0	3.0
VO SQUIDs - Grundlagen und Anwendungen		2.0	3.0
141.222 VO 2023S SQUIDs - Basics and Applications Distance Learning: Course is held predominantly online		2.0	3.0
VO Strahlenphysik		3.0	4.5
141.405 VO 2023S Radiation Physics		3.0	4.5
SE Strahlenphysikalische Anwendungen in Technik und Medizin		2.0	3.0
141.905 SE 2023S Application of radiation physics in engeneering and medicine		2.0	3.0
VO Strahlenphysikalische Methoden in der Medizin		2.0	3.0
VO Strahlenschutz nichtionisierender Strahlung		2.0	3.0
VO Strahlenschutz und Dosimetrie		2.0	3.0
LU Strahlenschutzpraktikum		4.0	4.0
141.A82 LU 2023S Practical Course on Radiation Protection		4.0	4.0
VO Strömungslehre für TPH		3.0	4.5
304.524 VO 2022W Fluid Mechanics for Physicists		3.0	4.5
SE Superconductivity Seminar		2.0	3.0
141.388 SE 2023S Superconductivity Seminar		2.0	3.0
VO Supraleitung		2.0	3.0
141.685 VO 2022W Superconductivity		2.0	3.0
VO Surface Science		2.0	3.0
VO Technische Akustik		2.0	3.0
134.995 VO 2022W Acoustical Engineering		2.0	3.0
VO Technische Optik		2.0	3.0
131.058 VO 2022W Technical Optics		2.0	3.0
VO Technischer Strahlenschutz I		2.0	3.0
141.010 VO 2022W Technical radiation protection I Distance Learning: Course is held predominantly online		3.0	3.0
VO Technischer Strahlenschutz II		2.0	3.0
VO Technologie dünner Schichten		2.0	3.0
138.030 VO 2022W Technology of thin films Distance Learning: Course is held predominantly online		2.0	3.0
VO Teilchenbeschleuniger		2.0	3.0
141.944 VO 2022W Particle Accelerators		2.0	3.0
VO Theorie komplexer Systeme		2.0	3.0
VO Theory of Electronic Spectra of Solids and Surfaces		2.0	3.0
134.086 VO 2022W Theory of Electronic Spectra of Solids and Surfaces canceled		2.0	3.0
VO Thermoelectricity and Transport in Solids		2.0	3.0
VO Tieftemperaturphysik		2.0	3.0
138.034 VO 2022W Low Temperture Physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Ultrahochvakuumtechnik		2.0	3.0
VO Ultraschall in Medizin und Biologie		2.0	3.0
VO Vakuumphysik und -Messtechnik		2.0	3.0
VO Versetzungen in Kristallen		2.0	3.0
133.026 VO 2023S Dislocations in Solids Distance Learning: Course is held predominantly online		2.0	3.0
VO Wasserstofftechnik		2.0	3.0
VO Weltraumdosimetrie		1.0	1.5
VO X-Ray Analytical Methods		2.0	3.0
141.211 VO 2023S X-ray analytical methods		2.0	3.0
VU Wissenschaftliches Programmieren		2.0	3.0
VO Techniken der Signalerfassung und Auswertung		2.0	3.0
LU Techniken der Signalerfassung und Auswertung		2.0	2.0
LU Experimentelle Methoden der Hochenergiephysik		4.0	4.0
VO Functional Imaging Technology and Devices - Physical Principles		2.0	3.0
134.204 VO 2022W Functional Imaging Technology and Devices - Physical Principles		2.0	3.0
LU Mikroskopie an Biomolekülen		2.0	2.0
SE Seminar über medizinische Strahlenphysik und Ionentherapie		2.0	2.0
141.B19 SE 2023S Seminar on Medical Radiation Physics and Ion-Beam Therapy Distance Learning: Course is held predominantly online		2.0	2.0
VO Kolloid- und Grenzflächenphysik		2.0	3.0
Lehrveranstaltungen des ATHENS-Programmes oder von Gastprofessuren
LVA-Nummern dazu
VD The Origin of Elements			2.0
VO Ultrasound in Nature, Engineering and Medicine			3.0
142.440 VO 2023S Biological and Medical Applications of Nuclear Physics II canceled		2.0	3.0
VO Energy Supply Today and Tomorrow			3.0
142.084 VO 2023S Energy Supply Today and Tomorrow		2.0	3.0
VU Piezo-, Magneto-, Thermoelectric Materials and Applications			3.0
VO Ausgewählte Kapitel der Theoretischen Physik I			3.0
Modul Vertiefung 2	14 ECTS aus ALLEN Wahlfachkatalogen		14.0
Wahlfachkataloge
Gebundener WFK A) Theoretische und Mathematische Physik
VO Advanced Atomic Theory		2.0	3.0
132.035 VO 2022W Advanced Atomic Theory Distance Learning: Course is held predominantly online		2.0	3.0
VO Theoretical Quantum Optics		2.0	3.0
PR Arbeitsgemeinschaft für fundamentale Wechselwirkungen		2.0	3.0
132.071 PR 2022W Seminar on Fundamental Interactions 1 Distance Learning: Course is held predominantly online		2.0	3.0
132.074 PR 2023S Seminar on Fundamental Interactions 2 Distance Learning: Course is held predominantly online		2.0	3.0
VO Astro-Teilchenphysik		2.0	3.0
142.094 VO 2022W Astro-Particle Physics		2.0	3.0
VO Black Holes I		2.0	3.0
VO Black Holes II		2.0	3.0
VO Classical and Quantum Chaos		2.0	3.0
132.023 VO 2023S Classical and Quantum Chaos Distance Learning: Course is held predominantly online		2.0	3.0
VO Coherent Control of Quantum Systems		2.0	3.0
132.073 VO 2022W Coherent Control of Quantum Systems		2.0	3.0
VU Computational Materials Science		4.0	6.0
138.058 VU 2022W Computational Materials Science		4.0	6.0
VO Computational Physics		2.0	3.0
VO Einführung in die Allgemeine Relativitätstheorie		2.0	3.0
136.026 VO 2022W Introduction to General Relativity		2.0	3.0
VO Einführung in die Quantenfeldtheorie I		2.0	3.0
VO Einführung in die Quantenfeldtheorie II		2.0	3.0
VO Einführung in die Teilchenphysik		2.0	3.0
UE Elektrodynamik II		2.0	2.0
136.047 UE 2022W Electrodynamics II -exercises		2.0	2.0
VO Geometrie und Gravitation I		2.0	3.0
136.002 VO 2023S Geometry and Gravitation -- Differential Geometry and General Relativity Distance Learning: Course is held predominantly online		2.0	3.0
VO Geometrie und Gravitation II		2.0	3.0
136.008 VO 2022W Geometry and Gravitation II		2.0	3.0
VO Geometrische Methoden der Theoretischen Physik		2.0	3.0
VU Geometry, Topology and Physics I		2.0	3.0
136.007 VU 2022W Geometry, Topology and Physics I		2.0	3.0
VU Geometry, Topology and Physics II		2.0	3.0
136.004 VU 2023S Geometry, Topology and Physics II		2.0	3.0
VO Gittereichtheorie		2.0	3.0
VO Grundlagen der Plasmatheorie		2.0	3.0
134.359 VO 2023S Fundamentals of Plasma Theory canceled		2.0	3.0
VO Grundlagen und Anwendung der Festkörpertheorie		2.0	3.0
VO Introduction to Quantum Electrodynamics		2.0	3.0
135.045 VO 2023S Introduction to quantum electrodynamics		2.0	3.0
VO Knotentheorie und Statistische Mechanik		2.0	3.0
VO Kosmologie und Teilchenphysik		2.0	3.0
136.081 VO 2023S Cosmology and particle physics		2.0	3.0
VO Laser-Matter Interaction		2.0	3.0
VO Lie-Gruppen in der Feldtheorie		2.0	3.0
VO Logische Methoden in der Theoretischen Physik		2.0	3.0
136.022 VO 2022W Logical methods in theoretical physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Neuronale Netzwerke		2.0	3.0
VU Numerische Methoden der Physik		4.0	5.0
VO Pfadintegrale in der Quantenmechanik und Quantenfeldtheorie		2.0	3.0
142.725 VO 2022W Path integrals in quantum mechanics and quantum field theory		2.0	3.0
VU Phänomenologische Teilchenphysik		2.0	3.0
VO Phasenübergänge und kritische Phänomene		2.0	3.0
132.968 VO 2022W Phase Transitions and Critical Phenomena		2.0	3.0
VO Physik weicher Materie		2.0	3.0
136.051 VO 2022W Physics of soft matter canceled		2.0	3.0
VO Quanten-Interferometrie im Phasenraum I		2.0	3.0
141.123 VO 2023S Quantum interferometry in phase space I		2.0	3.0
101.989 VO 2023S quantum interferometry in phase space I		2.0	3.0
VO Quanten-Interferometrie im Phasenraum II		2.0	3.0
VO Quantenberechenbarkeit u. -komplexitätstheorie		2.0	3.0
132.002 VO 2023S Quantum Computation and Complexity Theory Distance Learning: Course is held predominantly online		2.0	3.0
VO Quantenchromodynamik I		2.0	3.0
142.197 VO 2022W Quantum Chromodynamics I		2.0	3.0
VO Quantenchromodynamik II		2.0	3.0
142.923 VO 2023S Quantum Chromo Dynamics II		2.0	3.0
VO Quantenfeldtheorie und Symmetrien I		2.0	3.0
136.014 VO 2022W Symmetries and QFT I		2.0	3.0
VO Quantenfeldtheorie und Symmetrien II		2.0	3.0
136.041 VO 2023S Quantum field theory and symmetries II Distance Learning: Course is held predominantly online		2.0	3.0
VO Quantenfeldtheorie für Vielteilchensysteme		2.0	3.0
138.062 VO 2023S Quantum field theory for many body systems		2.0	3.0
UE Quantenfeldtheorie für Vielteilchensysteme		1.0	2.0
138.088 UE 2023S Quantum Field Theorie for many body systems Distance Learning: Course is held predominantly online		1.0	2.0
VO Quantisierte Feldmodelle in einer nichtkommutativen Raumzeit		2.0	3.0
VO Quantum phenomena in nanostructures		2.0	3.0
VO Quantum Dynamics in Nanostructures		2.0	3.0
VO Rechenverfahren in der Oberflächenphysik		2.0	3.0
134.645 VO 2022W Numerical Methods in Surface Physics		2.0	3.0
VO Selected Topics in Theoretical Physics I		2.0	3.0
VO Selected Topics in Theoretical Physics II		2.0	3.0
VO Selected Topics in Theoretical Physics III		2.0	3.0
VO Semiconductor Detectors		1.0	1.5
SE Seminar für Theoretische Physik I		2.0	2.0
132.036 SE 2022W Seminar for theoretical physics Distance Learning: Course is held predominantly online		2.0	2.0
SE Seminar für Theoretische Physik II		2.0	2.0
136.058 SE 2023S Seminar in Theoretical Physics II Distance Learning: Course is held predominantly online		2.0	2.0
136.058 SE 2022W Seminar in Theoretical Physics II Distance Learning: Course is held predominantly online		2.0	2.0
SE Seminar über Atomare und Subatomare Physik		2.0	2.0
142.069 SE 2023S Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
142.069 SE 2022W Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
VO Solitonen, Differentialgeometrie und Topologie		2.0	3.0
142.064 VO 2023S Solitons, differential geometrie and topology Distance Learning: Course is held predominantly online		2.0	3.0
VO Statistische Methoden der Datenanalyse		2.0	3.0
142.340 SV 2022W Statistical methods in data analysis		2.0	3.0
UE Statistische Methoden der Datenanalyse		2.0	3.0
142.351 UE 2022W Statistical Methods of Data Analysis		2.0	3.0
UE Statistische Physik II		2.0	3.0
136.050 UE 2023S Statistical Physics II Exercise course		2.0	3.0
VO Statistical Theory of Electromagentic Radiation		2.0	3.0
VO Steuerung und Auswertung von Experimenten		2.0	3.0
138.099 VO 2022W Electronic data processing for experiments		2.0	3.0
UE Steuerung und Auswertung von Experimenten		2.0	2.0
138.100 UE 2022W Electronic data processing for experiments		2.0	2.0
VO Streu- und Reaktionstheorie		2.0	3.0
VO String Theory I		2.0	3.0
VO String Theory II		2.0	3.0
VO Supersymmetry		2.0	3.0
UE Symbolische Mathematik in der Physik		2.0	3.0
134.179 UE 2023S Physics Problem Solving with Symbolic Languages		2.0	3.0
VO Teilchenphysik, Stand und Perspektiven		2.0	3.0
VO Theoretical Particle Physics		2.0	3.0
VO Theoretical Solid State Physics I		2.0	3.0
132.034 VO 2022W Theoretical Solid State Physics I		2.0	3.0
VO Theoretical Solid State Physics II		2.0	3.0
132.054 VO 2023S Theoretical Solid State Physics II Distance Learning: Course is held predominantly online		2.0	3.0
VO Space-time and Cosmology		2.0	3.0
VO Aktuelle Kernstrukturmethoden		2.0	3.0
VO Attosekundenphysik		2.0	3.0
SE Literaturseminar Theoretische Quantendynamik		2.0	3.0
136.060 SE 2023S Journal Club Theoretical Quantum Dynamics Distance Learning: Course is held predominantly online		2.0	3.0
136.060 SE 2022W Journal Club Theoretical Quantum Dynamics Distance Learning: Course is held predominantly online		2.0	3.0
VO The Physics of Compact Stars		2.0	3.0
VO Selected Topics Quantum Optics		2.0	3.0
VO Theorie der Supraleitung		2.0	3.0
VO Theorie komplexer Systeme		2.0	3.0
VO Theory of Magnetism		2.0	3.0
VO Thermische Quantenfeldtheorie		2.0	3.0
136.086 VO 2023S Thermal field theory		2.0	3.0
VO Thermodynamik		2.0	3.0
UE Thermodynamik		1.0	1.5
VU Wissenschaftliches Programmieren		2.0	3.0
VO Quantum Theory of Angular Momenta		2.0	3.0
VU Gravity and holography in lower dimensions I		2.0	3.0
136.083 VU 2022W Gravity and holography in lower dimensions I Distance Learning: Course is held predominantly online		2.0	3.0
VU Gravity and holography in lower dimensions II		2.0	3.0
VO Gravitation and Cosmology I		2.0	3.0
141.B16 VO 2022W Gravitation and Cosmology I		2.0	3.0
VO Gravitation and Cosmology II		2.0	3.0
141.B04 VO 2023S Gravitation and Cosmology II		2.0	3.0
VO Computational Statistical Physics		4.0	6.0
VO Physics of 2D Materials		2.0	3.0
136.094 VO 2023S Physics of 2D Materials		2.0	3.0
VO Physik lebender Materie		2.0	3.0
134.239 VO 2022W Physics of Living Matter		2.0	3.0
VO Quanteninformationstheorie I		2.0	3.0
VO Quanteninformationstheorie II		2.0	3.0
VO Quantenthermodynamik I		2.0	3.0
141.B22 VO 2022W Quantum thermodynamics I		2.0	3.0
VO Quantenthermodynamik II		2.0	3.0
141.B30 VO 2023S Quantum thermodynamics II		2.0	3.0
Gebundener WFK B) Atomare und Subatomare Physik
VO Advanced Atomic Theory		2.0	3.0
132.035 VO 2022W Advanced Atomic Theory Distance Learning: Course is held predominantly online		2.0	3.0
LU Archäometrie: Datierung, Spurenelement-Bestimmung		2.0	2.0
141.106 LU 2022W Practical course on Archaeometry		2.0	2.0
VO Archäometrie: Physikalische Methoden der Altersbestimmung		2.0	3.0
141.399 VO 2022W Archaeometry: physical methods of dating		2.0	3.0
VO Astro-Teilchenphysik		2.0	3.0
142.094 VO 2022W Astro-Particle Physics		2.0	3.0
VO Atomare Stoßprozesse		2.0	3.0
134.514 VO 2022W Atomic Collisions Distance Learning: Course is held predominantly online canceled		2.0	3.0
VO Atoms - Light - Matter Waves		2.0	3.0
VO Biologische Strahleneffekte		1.0	1.5
VO Black Holes I		2.0	3.0
VO Black Holes II		2.0	3.0
VO Data Analysis of Experiments with Particle Detectors		2.0	3.0
VO Der Laser in Physik, Chemie, Biologie und Medizin		2.0	3.0
134.154 VO 2022W Laser in Physics, Chemistry, Biology and Medicine		2.0	3.0
VO Einführung in die Plasmaphysik und -technik		2.0	3.0
134.194 VO 2023S Introduction into Plasmaphysics and -technology		2.0	3.0
VO Einführung in die Teilchenphysik		2.0	3.0
VO Fundamental Physics with Coherent X-Rays and Neutrons		1.0	3.0
141.234 VO 2022W Fundamental Physics with Coherent X-Rays and Neutrons		1.0	3.0
VO Fundamental Physics with Polarized Neutrons		1.0	3.0
141.236 VO 2023S Fundamental Physics with Polarized Neutrons		1.0	3.0
VO Fusionstechnologie		1.0	1.5
VO Gammaspektrometrie		2.0	3.0
VO Gittereichtheorie		2.0	3.0
VO Grundlagen der Plasmatheorie		2.0	3.0
134.359 VO 2023S Fundamentals of Plasma Theory canceled		2.0	3.0
VO Grundlagen der Teilchendetektoren		2.0	3.0
VO Ionen-Festkörper-Wechselwirkungen		2.0	3.0
134.172 VO 2022W Particle Solid Interactions		2.0	3.0
VO Kosmologie und Teilchenphysik		2.0	3.0
VO Macroscopic Quantum Systems		2.0	3.0
141.231 VO 2023S Macroscopic Quantum Systems		2.0	3.0
VO Aktuelle Kernstrukturmethoden		2.0	3.0
VO Methods of Quantitative X-ray Fluorescence Analysis		2.0	3.0
VO Neutronen und Kernphysik		2.0	3.0
142.318 VO 2022W Neutrons and Nuclear Physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Neutronen- und Festkörperphysik		2.0	3.0
VO Neutronen- und Röntgendiffraktometrie		2.0	3.0
141.242 VO 2023S Neutron and X-ray Diffraction		2.0	3.0
VO Neutronenoptik und Tomographie		2.0	3.0
141.158 VO 2023S Neutronenoptik und Tomographie Distance Learning: Course is held predominantly online		2.0	3.0
VO Pfadintegrale in der Quantenmechanik und Quantenfeldtheorie		2.0	3.0
142.725 VO 2022W Path integrals in quantum mechanics and quantum field theory		2.0	3.0
VU Phänomenologische Teilchenphysik		2.0	3.0
VO Physics of Exotic Atoms		2.0	3.0
142.072 VO 2022W Physics of Exotic Atoms		2.0	3.0
VO Physik und Anwendung ultrakurzer Lichtimpulse		2.0	3.0
VO Physikalische Grundlagen des Kernfusionsreaktors		2.0	3.0
134.750 VO 2023S Thermal Nuclear Fusion canceled		2.0	3.0
VO Plasmatechnologie und -chemie		2.0	3.0
134.169 VO 2022W Plasma Technology and -Chemistry		2.0	3.0
LU Practical Course in X-Ray Analytical Methods		2.0	2.0
LU Praktische Übungen am Reaktor		4.0	4.0
141.A87 LU 2022W Practical Exercises at the Reactor		4.0	4.0
LU Praktische Übungen aus Strahlenphysik		4.0	4.0
141.A84 LU 2023S Methods and applications of radiation physics		4.0	4.0
VO Quanten-Interferometrie im Phasenraum I		2.0	3.0
141.123 VO 2023S Quantum interferometry in phase space I		2.0	3.0
VO Quanten-Interferometrie im Phasenraum II		2.0	3.0
VO Quantenchromodynamik I		2.0	3.0
142.197 VO 2022W Quantum Chromodynamics I		2.0	3.0
VO Quantenchromodynamik II		2.0	3.0
VO Quantum Optics I		2.0	3.0
VO Quantum Optics II		2.0	3.0
LU Radionuklidbestimmung in Umweltproben		4.0	4.0
141.600 LU 2022W Assessment of radionuclides in environmental samples		4.0	4.0
VO Radioökologie		2.0	3.0
141.281 VO 2022W radioecology		2.0	3.0
UE Rechenmethoden des Strahlenschutzes I		1.0	1.0
141.075 UE 2022W Calculational exercises in radiation protection I		1.0	1.0
UE Rechenmethoden des Strahlenschutzes II		1.0	1.0
SE Seminar aus Allgemeiner Physik		2.0	2.0
134.081 SE 2023S Seminary on Physics in General Distance Learning: Course is held predominantly online		2.0	2.0
134.081 SE 2022W Seminary on Physics in General		2.0	2.0
SE Seminar über Atomare und Subatomare Physik		2.0	2.0
142.069 SE 2023S Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
142.069 SE 2022W Seminar on Atomic and Subatomic Physics Distance Learning: Course is held predominantly online		2.0	2.0
SE Seminar über neue Arbeiten am Atominstitut		2.0	2.0
VO Solitonen, Differentialgeometrie und Topologie		2.0	3.0
142.064 VO 2023S Solitons, differential geometrie and topology Distance Learning: Course is held predominantly online		2.0	3.0
VO Spezialverfahren der Röntgenfluoreszenzanalyse		2.0	3.0
VO Strahlenphysik		3.0	4.5
141.405 VO 2023S Radiation Physics		3.0	4.5
SE Strahlenphysikalische Anwendungen in Technik und Medizin		2.0	2.0
141.905 SE 2023S Application of radiation physics in engeneering and medicine		2.0	2.0
VO Strahlenphysikalische Methoden in der Medizin		2.0	3.0
141.A40 VO 2023S Application of ionizing radiation in medicine		2.0	3.0
VO Strahlenschutz nichtionisierender Strahlung		2.0	3.0
VO Streu- und Reaktionstheorie		2.0	3.0
VO Technischer Strahlenschutz I		2.0	3.0
141.010 VO 2022W Technical radiation protection I Distance Learning: Course is held predominantly online		3.0	3.0
VO Technischer Strahlenschutz II		2.0	3.0
VO Teilchenbeschleuniger		2.0	3.0
141.944 VO 2022W Particle Accelerators		2.0	3.0
VO Teilchenphysik, Stand und Perspektiven		2.0	3.0
VO Theoretical Particle Physics		2.0	3.0
VO Thermische Quantenfeldtheorie		2.0	3.0
VO Time-Dependent Many-Body Systems		2.0	3.0
VO Weltraumdosimetrie		1.0	1.5
VO X-Ray Analytical Methods		2.0	3.0
141.211 VO 2023S X-ray analytical methods		2.0	3.0
LU Quantum Physics		4.0	5.0
141.A86 LU 2023S Quantum Physics Quantum Physics		4.0	5.0
141.A86 LU 2022W Quantum Physics Quantum Physics		4.0	5.0
VO Quantum Technology I		2.0	3.0
141.A16 VO 2022W Quantum Technology I		2.0	3.0
VO Quantum Technology II		2.0	3.0
141.A17 VO 2023S Quantum Technology II Distance Learning: Course is held predominantly online		2.0	3.0
VO Ausgewählte Experimente der Atom-, Kern- und Teilchenphysik		2.0	3.0
LU Praktikum aus Neutronenphysik		4.0	4.0
141.A78 LU 2023S Laboratory Course in Neutron Physics		4.0	4.0
141.A78 LU 2022W Laboratory Course in Neutron Physics		4.0	4.0
VO Suche nach der Dunklen Materie		2.0	3.0
141.A49 VO 2022W Search for Dark Matter Distance Learning: Course is held predominantly online		2.0	3.0
VO Physik am LHC: Vermessung des Higgs-Bosons und Suche nach Physik jenseits des Standardmodells		2.0	3.0
141.A52 VO 2023S Physics at the LHC: Measurement of the Higgs Boson and Searches for Physics beyond the Standard Model		2.0	3.0
VO Präzisionsmessungen mit schweren Mesonen		2.0	3.0
UE Atom-, Kern- und Teilchenphysik II		2.0	2.0
142.093 UE 2023S Atomic , nuclear and particle physics II		2.0	2.0
VO Nukleare Astrophysik		2.0	3.0
142.637 VO 2022W Nuclear astrophysics		2.0	3.0
VO Quantum Information Physics		2.0	3.0
VO Einführung in die Modelle der Elementarteilchenphysik I		2.0	3.0
141.B00 VO 2022W Introduction to Models of Elementary Particle Physics I		2.0	3.0
UE Einführung in die Modelle der Elementarteilchenphysik I		1.0	2.0
141.B01 UE 2022W Introduction to Models of Elementary Particle Physics I		1.0	2.0
VO Einführung in die Modelle der Elementarteilchenphysik II		2.0	3.0
141.B02 VO 2023S Introduction to Models of Elementary Particle Physics II		2.0	3.0
UE Einführung in die Modelle der Elementarteilchenphysik II		2.0	3.0
141.B03 UE 2023S Introduction to Models of Elementary Particle Physics II		2.0	3.0
LU Experimente am MedAustron Teilchenbeschleuniger		2.0	2.0
141.A99 LU 2022W Experiments at the MedAustron Particle Accelerator - Applied Particle Physics and Medical Physics		2.0	2.0
Gebundener WFK C) Physik der kondensierten Materie
VU Computational Materials Science		4.0	6.0
VO Computational Physics		2.0	3.0
VO Electronic Structure of Solids and Surfaces		2.0	3.0
134.089 VO 2023S Electronic Structure of Solids and Surfaces		2.0	3.0
PR Elektronenmikroskopie		4.0	4.0
138.049 PR 2023S Electron microscopy		4.0	4.0
138.049 PR 2022W Electron microscopy		4.0	4.0
VO Elektronenstrahl-Mikroanalyse		1.0	1.5
UE Elektronenstrahl-Mikroanalyse		1.0	1.0
VO Experimentelle Methoden der Oberflächenphysik		2.0	3.0
134.326 VO 2023S Experimental Methods in Surface Physics		2.0	3.0
VO Festkörperspektroskopie		2.0	3.0
138.057 VO 2022W Spectroscopy of Solids		2.0	3.0
VO Fullerenes: Solid State and Magnetic Properties		1.0	1.5
VO Electron Microscopy: Principles and Fundamentals		2.0	3.0
133.293 VO 2023S Electron Microscopy: Principles & Fundamentals		2.0	3.0
VO Grundlagen und Anwendung der Festkörpertheorie		2.0	3.0
VO Hochauflösende Elektronenmikroskopie von Festkörpern		2.0	3.0
133.031 VO 2022W High Resolution Electron Microscopy (HREM)		2.0	3.0
VO Hochtemperatur-Supraleiter		2.0	3.0
141.457 VO 2023S High temperature superconductors		2.0	3.0
VO Kernmagnetische Messmethoden		2.0	3.0
138.048 VO 2023S Nuclear Magnetic Methods (Mössbauer Spectroscopy) Distance Learning: Course is held predominantly online		2.0	3.0
VO Knotentheorie und Statistische Mechanik		2.0	3.0
SE Low Temperature Physics		2.0	2.0
VO Magnetic Properties Measurements		2.0	3.0
VO Magnetische Relaxationsprozesse		2.0	3.0
133.000 VO 2023S Magnetic relaxation processes Distance Learning: Course is held predominantly online		2.0	3.0
VO Magnetismus		2.0	3.0
138.033 VO 2023S Magnetism		2.0	3.0
SE Neutronen- und Festkörperphysik		2.0	2.0
141.543 SE 2023S Seminar on Neutron- and Solid State Physics		2.0	2.0
141.543 SE 2022W Seminar on Neutron- and Solid State Physics Distance Learning: Course is held predominantly online		2.0	2.0
VO Neutronen- und Röntgendiffraktometrie		2.0	3.0
141.242 VO 2023S Neutron and X-ray Diffraction		2.0	3.0
VO Neutronenoptik und Tomographie		2.0	3.0
141.158 VO 2023S Neutronenoptik und Tomographie Distance Learning: Course is held predominantly online		2.0	3.0
SE New Developments in Surface Science		2.0	3.0
134.069 SE 2023S New Development in Surface Science Distance Learning: Course is held predominantly online		2.0	3.0
134.069 SE 2022W New Development in Surface Science		2.0	3.0
VO Oberflächenphysik		2.0	3.0
134.165 VO 2022W Surface Physics		2.0	3.0
VO Phasenübergänge und kritische Phänomene		2.0	3.0
132.968 VO 2022W Phase Transitions and Critical Phenomena		2.0	3.0
VO Physics in High Magnetic Fields		2.0	3.0
VO Physics of Magnetic Materials		2.0	3.0
133.019 VO 2022W E/ Physics of Magnetic Materials		2.0	3.0
VO Physik ausgewählter Materialien		2.0	3.0
138.056 VO 2023S Functional Materials Distance Learning: Course is held predominantly online		2.0	3.0
VO Physik weicher Materie		2.0	3.0
136.051 VO 2022W Physics of soft matter canceled		2.0	3.0
VO Physik dünner Schichten		2.0	3.0
138.032 VO 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	3.0
UE Physik dünner Schichten		2.0	2.0
138.035 UE 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	2.0
138.035 UE 2022W Physics of thin films		2.0	2.0
LU Praktikum aus Festkörperphysik		5.0	6.0
VO Quantenfeldtheorie für Vielteilchensysteme		2.0	3.0
138.062 VO 2023S Quantum field theory for many body systems		2.0	3.0
SE Seminar aus Festkörperphysik		2.0	3.0
138.001 SE 2023S SEMINAR of solid state physics Distance Learning: Course is held predominantly online		2.0	3.0
138.001 SE 2022W SEMINAR of solid state physics		2.0	3.0
SE Seminar Computational Materials Science		2.0	3.0
134.099 SE 2023S Seminary on Computational Materials Science Distance Learning: Course is held predominantly online		2.0	3.0
134.099 SE 2022W Seminary on Computational Materials Science canceled		2.0	3.0
VO SQUIDs - Grundlagen und Anwendungen		2.0	3.0
141.222 VO 2023S SQUIDs - Basics and Applications Distance Learning: Course is held predominantly online		2.0	3.0
VO Strongly Correlated Electron Systems		2.0	3.0
131.047 VO 2023S E/ Strongly Correlated Electron Systems		2.0	3.0
SE Superconductivity Seminar		2.0	3.0
141.388 SE 2023S Superconductivity Seminar		2.0	3.0
VO Supraleitung		2.0	3.0
141.685 VO 2022W Superconductivity		2.0	3.0
VO Surface Science		2.0	3.0
VO Theoretical Solid State Physics I		2.0	3.0
132.034 VO 2022W Theoretical Solid State Physics I		2.0	3.0
VO Theoretical Solid State Physics II		2.0	3.0
132.054 VO 2023S Theoretical Solid State Physics II Distance Learning: Course is held predominantly online		2.0	3.0
VO Theorie der Supraleitung		2.0	3.0
VO Theory of Electronic Spectra of Solids and Surfaces		2.0	3.0
134.086 VO 2022W Theory of Electronic Spectra of Solids and Surfaces canceled		2.0	3.0
VO Theory of Magnetism		2.0	3.0
VO Thermoelectricity and Transport in Solids		2.0	3.0
VO Tieftemperaturphysik		2.0	3.0
138.034 VO 2022W Low Temperture Physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Time-Dependent Many-Body Systems		2.0	3.0
VO Versetzungen in Kristallen		2.0	3.0
133.026 VO 2023S Dislocations in Solids Distance Learning: Course is held predominantly online		2.0	3.0
VO Methoden und Materialien der modernen optischen Spektroskopie		2.0	3.0
138.091 VO 2022W Methods and Materials of the moderen optical spectroscopy		2.0	3.0
VO Electrochemical Surface Science		2.0	3.0
134.206 VO 2023S Electrochemical Surface Science		2.0	3.0
VO Advanced Theory of Superconductivity and Magnetism		2.0	3.0
VO Magnetism in the Solid State		2.0	3.0
VO Quantum Computing and Quantum Dots		2.0	3.0
LU Praktikum aus Tieftemperaturphysik		4.0	4.0
VO Techniken der analytischen Elektronenmikroskopie		2.0	3.0
138.103 VO 2022W Techniques of analytical elctron microscopy		2.0	3.0
VO Crystal Growth: Theory and Practice		2.0	3.0
138.065 VO 2023S Crystal Growth: Theory and Practice		2.0	3.0
UE Theory of condensed matter spectroscopies		1.0	1.0
VO Theory of condensed matter spectroscopies		2.0	3.0
VO Physics of colloidal dispersions		2.0	3.0
Gebundener WFK D) Angewandte Physik
VO Alternative nukleare Energiesysteme		2.0	3.0
LU Archäometrie: Datierung, Spurenelement-Bestimmung		2.0	2.0
141.106 LU 2022W Practical course on Archaeometry		2.0	2.0
VO Archäometrie: Physikalische Methoden der Altersbestimmung		2.0	3.0
141.399 VO 2022W Archaeometry: physical methods of dating		2.0	3.0
VO Atomare Stoßprozesse		2.0	3.0
134.514 VO 2022W Atomic Collisions Distance Learning: Course is held predominantly online canceled		2.0	3.0
VO Biological and Medical Applications of Nuclear Physics I		2.0	3.0
142.081 VO 2022W Biological and Medical Applications of Nuclear Physics I		2.0	3.0
VO Biological and Medical Applications of Nuclear Physics II		2.0	3.0
142.440 VO 2023S Biological and Medical Applications of Nuclear Physics II canceled		2.0	3.0
VO Biologische Strahleneffekte		1.0	1.5
VO Brennstoffzellen		2.0	3.0
164.212 VO 2023S Fuel Cells		2.0	3.0
LU Chemische Übungen für TPH		4.0	4.0
VO Der Laser in Physik, Chemie, Biologie und Medizin		2.0	3.0
134.154 VO 2022W Laser in Physics, Chemistry, Biology and Medicine		2.0	3.0
VO Einführung in die Akustik		2.0	3.0
134.177 VO 2023S Introduction into Acoustics		2.0	3.0
VO Einführung in die Biomedizinische Technik		2.0	3.0
101.028 VO 2022W Biomedical Engineering: An Introduction		2.0	3.0
VO Einführung in die Plasmaphysik und -technik		2.0	3.0
134.194 VO 2023S Introduction into Plasmaphysics and -technology		2.0	3.0
VO Einführung in die Tieftemperaturphysik und -technologie		2.0	3.0
138.043 VO 2023S Introduction to low temperture physics and technology		2.0	3.0
VO Electron Microscopy: Principles and Fundamentals		2.0	3.0
VO Electronic Structure of Solids and Surfaces		2.0	3.0
134.089 VO 2023S Electronic Structure of Solids and Surfaces		2.0	3.0
VO Elektronenstrahl-Mikroanalyse		1.0	1.5
UE Elektronenstrahl-Mikroanalyse		1.0	1.0
VO Elektronische Analog- und Digitaltechnik		2.0	3.0
134.049 VO 2023S Electronic Circuit Technology canceled		2.0	3.0
VO Elektronische Messtechnik		2.0	3.0
134.161 VO 2022W Electronic Measurement Technique		2.0	3.0
VO Energieübertragung und Kraftwerke		2.0	3.0
VO Experimentelle Methoden der Oberflächenphysik		2.0	3.0
134.326 VO 2023S Experimental Methods in Surface Physics		2.0	3.0
VO Festkörperspektroskopie		2.0	3.0
138.057 VO 2022W Spectroscopy of Solids		2.0	3.0
VO Flüssigszintillations-Spektrometrie		1.0	1.5
VO Gammaspektrometrie		2.0	3.0
VO Geochemie		1.0	1.5
LU Graphical Programming and Experiment Control		4.0	4.0
141.A76 LU 2023S Graphical Programming and Experiment Control		4.0	4.0
141.A76 LU 2022W Graphical Programming and Experiment Control		4.0	4.0
VO Grundlagen der Teilchendetektoren		2.0	3.0
VO Grundlagen und Anwendung der Mikrocomputer-Technik		2.0	3.0
LU Grundlagen und Anwendung der Mikrocomputer-Technik		2.0	2.0
VO Grundzüge der Thermischen Energieanlagen		2.0	3.0
LU Herstellung und Charakterisierung von Solarzellen		3.0	3.0
VO Hochauflösende Elektronenmikroskopie von Festkörpern		2.0	3.0
133.031 VO 2022W High Resolution Electron Microscopy (HREM)		2.0	3.0
VO Hochtemperatur-Supraleiter		2.0	3.0
141.457 VO 2023S High temperature superconductors		2.0	3.0
VO Introduction to Nanotechnology		2.0	3.0
134.152 VO 2022W Introduction to Nanotechnology		2.0	3.0
VO Ionen-Festkörper-Wechselwirkungen		2.0	3.0
134.172 VO 2022W Particle Solid Interactions		2.0	3.0
VO Isotopentechnik		2.0	3.0
141.724 VO 2023S Radioisotope Techniques		2.0	3.0
VO Kernmagnetische Messmethoden		2.0	3.0
138.048 VO 2023S Nuclear Magnetic Methods (Mössbauer Spectroscopy) Distance Learning: Course is held predominantly online		2.0	3.0
VO Laser-Matter Interaction		2.0	3.0
VO Magnetic Properties Measurements		2.0	3.0
VO Magnetismus		2.0	3.0
138.033 VO 2023S Magnetism		2.0	3.0
VO Medizinische Physik in der Radiologie		2.0	3.0
141.225 VO 2023S Medical Physics of diagnostic imaging		2.0	3.0
VO Methods of Quantitative X-ray Fluorescence Analysis		2.0	3.0
VO Nachhaltige Energieträger		2.0	3.0
VO Neuronale Netzwerke		2.0	3.0
VO Neutron Activation Analysis		2.0	3.0
VO Neutronen- und Festkörperphysik		2.0	3.0
SE New Developments in Surface Science		2.0	3.0
134.069 SE 2023S New Development in Surface Science Distance Learning: Course is held predominantly online		2.0	3.0
134.069 SE 2022W New Development in Surface Science		2.0	3.0
VO Nuclear Analytical Methods		2.0	3.0
VO Nuclear Electronics		2.0	3.0
VO Nuclear Engineering I		2.0	3.0
141.032 VO 2023S Nuclear Engineering		2.0	3.0
141.032 VO 2022W Nuclear Engineering		2.0	3.0
VO Nukleare Umweltanalytik		1.0	1.5
VO Oberflächenphysik		2.0	3.0
134.165 VO 2022W Surface Physics		2.0	3.0
VO Physics in High Magnetic Fields		2.0	3.0
VO Physics of Magnetic Materials		2.0	3.0
133.019 VO 2022W E/ Physics of Magnetic Materials		2.0	3.0
VO Physik der Atmosphäre		2.0	3.0
VO Physik der Silizium-Halbleiter-Materialien		2.0	3.0
133.043 VO 2023S Physics of silicon semiconductor materials Distance Learning: Course is held predominantly online		2.0	3.0
VO Physik der Solarzelle		1.0	1.5
VO Physik dünner Schichten		2.0	3.0
138.032 VO 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	3.0
UE Physik dünner Schichten		2.0	2.0
138.035 UE 2023S Physics of thin films Distance Learning: Course is held predominantly online		2.0	2.0
138.035 UE 2022W Physics of thin films		2.0	2.0
VO Physik und Anwendung ultrakurzer Lichtimpulse		2.0	3.0
VO Physikalische Grundlagen des Kernfusionsreaktors		2.0	3.0
134.750 VO 2023S Thermal Nuclear Fusion canceled		2.0	3.0
VO Physikalische Sensoren		2.0	3.0
VO Piezoelektrische Wandler und Resonatoren		2.0	3.0
VO Plasmatechnologie und -chemie		2.0	3.0
134.169 VO 2022W Plasma Technology and -Chemistry		2.0	3.0
LU Praktische Übungen aus Reaktorinstrumentierung		3.0	3.0
141.A79 LU 2023S Practical course on Reactor instrumentation canceled		3.0	3.0
VO Radiochemie I		2.0	3.0
141.295 VO 2023S Radiochemistry		2.0	3.0
LU Radiochemisches Praktikum		4.0	4.0
141.A81 LU 2023S laboratory exercise in radiochemistry		4.0	4.0
LU Radionuklidbestimmung in Umweltproben		4.0	4.0
141.600 LU 2022W Assessment of radionuclides in environmental samples		4.0	4.0
VO Radioökologie		2.0	3.0
141.281 VO 2022W radioecology		2.0	3.0
VO Reaktorphysik		2.0	3.0
141.537 VO 2022W Reactor Physics I		2.0	3.0
VO Methoden und Materialien der modernen optischen Spektroskopie Bearbeiten		2.0	3.0
VO Biomembranes		1.0	1.5
134.202 VO 2023S Biomembranes Distance Learning: Course is held predominantly online		1.0	1.5
VO Einführung in die medizinphysikalischen Grundlagen der Ionentherapie		2.0	3.0
141.B07 VO 2023S Introduction to medical physics aspects of ion beam therapy		2.0	3.0
VO Soft matter analysis techniques and applications		2.0	3.0
134.235 VO 2022W Soft matter analysis techniques and applications		2.0	3.0
Gebundener WFK D) Angewandte Physik (Fortsetzung)
VO Nuclear Engineering II		2.0	3.0
141.658 VO 2023S Nuclear Engineering 2		2.0	3.0
UE Rechenmethoden des Strahlenschutzes I		1.0	1.0
141.075 UE 2022W Calculational exercises in radiation protection I		1.0	1.0
UE Rechenmethoden des Strahlenschutzes II		1.0	1.0
VO Rechenverfahren in der Oberflächenphysik		2.0	3.0
134.645 VO 2022W Numerical Methods in Surface Physics		2.0	3.0
VO Schallausbreitung und Lärmschutz		2.0	3.0
134.108 VO 2022W Sound Propagation and Noise Protection		2.0	3.0
VO Semiconductor Detectors		1.0	1.5
SE Seminar aus Allgemeiner Physik		2.0	2.0
134.081 SE 2023S Seminary on Physics in General Distance Learning: Course is held predominantly online		2.0	2.0
134.081 SE 2022W Seminary on Physics in General		2.0	2.0
SE Seminar aus Festkörperphysik		2.0	3.0
138.001 SE 2023S SEMINAR of solid state physics Distance Learning: Course is held predominantly online		2.0	3.0
138.001 SE 2022W SEMINAR of solid state physics		2.0	3.0
SE Seminar aus Reaktorsicherheit		2.0	2.0
141.114 SE 2023S Seminar on Reactor Safety		2.0	2.0
SE Seminar Computational Materials Science		2.0	3.0
134.099 SE 2023S Seminary on Computational Materials Science Distance Learning: Course is held predominantly online		2.0	3.0
134.099 SE 2022W Seminary on Computational Materials Science canceled		2.0	3.0
VO Space Propulsion		2.0	3.0
VO Spezialverfahren der Röntgenfluoreszenzanalyse		2.0	3.0
VO SQUIDs - Grundlagen und Anwendungen		2.0	3.0
141.222 VO 2023S SQUIDs - Basics and Applications Distance Learning: Course is held predominantly online		2.0	3.0
VO Strahlenphysik		3.0	4.5
141.405 VO 2023S Radiation Physics		3.0	4.5
SE Strahlenphysikalische Anwendungen in Technik und Medizin		2.0	3.0
141.905 SE 2023S Application of radiation physics in engeneering and medicine		2.0	3.0
VO Strahlenphysikalische Methoden in der Medizin		2.0	3.0
VO Strahlenschutz nichtionisierender Strahlung		2.0	3.0
VO Strahlenschutz und Dosimetrie		2.0	3.0
LU Strahlenschutzpraktikum		4.0	4.0
141.A82 LU 2023S Practical Course on Radiation Protection		4.0	4.0
VO Strömungslehre für TPH		3.0	4.5
304.524 VO 2022W Fluid Mechanics for Physicists		3.0	4.5
SE Superconductivity Seminar		2.0	3.0
141.388 SE 2023S Superconductivity Seminar		2.0	3.0
VO Supraleitung		2.0	3.0
141.685 VO 2022W Superconductivity		2.0	3.0
VO Surface Science		2.0	3.0
VO Technische Akustik		2.0	3.0
134.995 VO 2022W Acoustical Engineering		2.0	3.0
VO Technische Optik		2.0	3.0
131.058 VO 2022W Technical Optics		2.0	3.0
VO Technischer Strahlenschutz I		2.0	3.0
141.010 VO 2022W Technical radiation protection I Distance Learning: Course is held predominantly online		3.0	3.0
VO Technischer Strahlenschutz II		2.0	3.0
VO Technologie dünner Schichten		2.0	3.0
138.030 VO 2022W Technology of thin films Distance Learning: Course is held predominantly online		2.0	3.0
VO Teilchenbeschleuniger		2.0	3.0
141.944 VO 2022W Particle Accelerators		2.0	3.0
VO Theorie komplexer Systeme		2.0	3.0
VO Theory of Electronic Spectra of Solids and Surfaces		2.0	3.0
134.086 VO 2022W Theory of Electronic Spectra of Solids and Surfaces canceled		2.0	3.0
VO Thermoelectricity and Transport in Solids		2.0	3.0
VO Tieftemperaturphysik		2.0	3.0
138.034 VO 2022W Low Temperture Physics Distance Learning: Course is held predominantly online		2.0	3.0
VO Ultrahochvakuumtechnik		2.0	3.0
VO Ultraschall in Medizin und Biologie		2.0	3.0
VO Vakuumphysik und -Messtechnik		2.0	3.0
VO Versetzungen in Kristallen		2.0	3.0
133.026 VO 2023S Dislocations in Solids Distance Learning: Course is held predominantly online		2.0	3.0
VO Wasserstofftechnik		2.0	3.0
VO Weltraumdosimetrie		1.0	1.5
VO X-Ray Analytical Methods		2.0	3.0
141.211 VO 2023S X-ray analytical methods		2.0	3.0
VO Techniken der Signalerfassung und Auswertung		2.0	3.0
LU Techniken der Signalerfassung und Auswertung		2.0	2.0
LU Experimentelle Methoden der Hochenergiephysik		4.0	4.0
VO Functional Imaging Technology and Devices - Physical Principles		2.0	3.0
134.204 VO 2022W Functional Imaging Technology and Devices - Physical Principles		2.0	3.0
LU Mikroskopie an Biomolekülen		2.0	2.0
SE Seminar über medizinische Strahlenphysik und Ionentherapie		2.0	2.0
141.B19 SE 2023S Seminar on Medical Radiation Physics and Ion-Beam Therapy Distance Learning: Course is held predominantly online		2.0	2.0
VO Kolloid- und Grenzflächenphysik		2.0	3.0
Lehrveranstaltungen des ATHENS-Programmes oder von Gastprofessuren
LVA-Nummern dazu
VD The Origin of Elements			2.0
VO Ultrasound in Nature, Engineering and Medicine			3.0
142.440 VO 2023S Biological and Medical Applications of Nuclear Physics II canceled		2.0	3.0
VO Energy Supply Today and Tomorrow			3.0
142.084 VO 2023S Energy Supply Today and Tomorrow		2.0	3.0
VU Piezo-, Magneto-, Thermoelectric Materials and Applications			3.0
VO Ausgewählte Kapitel der Theoretischen Physik I			3.0
Prüfungsfach Allgemeine Pflichtfächer
LVAs aus dem entsprechenden Angleichkatalog und aus den gebundenen WFK
Modul Atome, Moleküle und Festkörper			7.5
VO Atom- und Molekülphysik, Spektroskopie	Die LVA's 134.514 und 142.073 gelten ab dem WS 2013/2014 nicht mehr als gleichwertig! Prüfungen vor dem 01.10.2013 behalten ihre Gültigkeit.	2.0	3.0
141.A35 VO 2023S Atomic and Molecular Physics, Spectroscopy Quantum Metrology canceled		2.0	3.0
VO Physikalische Chemie		3.0	4.5
164.174 VO 2022W Physical Chemistry Distance Learning: Course is held predominantly online		3.0	4.5
Modul Fluid- und Thermodynamik			7.5
VO Strömungslehre für TPH		3.0	4.5
304.524 VO 2022W Fluid Mechanics for Physicists		3.0	4.5
VO Thermodynamik		2.0	3.0
302.034 VO 2022W Thermodynamics in power engineering		2.0	3.0
Modul Datenanalyse	Die LVA Statistik ist verpflichtend zu absolvieren. Aus den verbleibenden LVA's kann eine einzelne ausgewählt werden.		6.0
VO Statistik		2.0	3.0
142.090 VO 2023S Statistics		2.0	3.0
VO Techniken der Signalerfassung und Auswertung		2.0	3.0
141.A88 VO 2023S Techniques of signal detection and analysis		2.0	3.0
Prüfungsfach Schwerpunktfächer
Modul Physikalische Energietechnik	2 von 3 LVA's dieses Moduls müssen absolviert werden.		6.0
VO Nachhaltige Energieträger		2.0	3.0
142.084 VO 2023S Energy Supply Today and Tomorrow		2.0	3.0
VO Nuclear Engineering I		2.0	3.0
VO Energieübertragung und Hochspannungstechnik		2.0	3.0
Modul Physikalische Messtechnik	2 von 3 LVA's dieses Moduls müssen absolviert werden.		6.0
VO Physikalische Messtechnik II		2.0	3.0
134.193 VO 2023S Physical Measurement Technique II		2.0	3.0
VU Sensorik für MS		2.0	3.0
VO Physikalische Analytik		2.0	3.0
134.048 VO 2022W Physical Analytics		2.0	3.0
Modul Projektarbeit 1			10.0
Katalog Projektarbeiten
Projektarbeiten			10.0
Modulgruppe Atom- und Quantenphysik
PR Projektarbeit Atomuhren und Quantenmetrologie		8.0	10.0
141.A27 PR 2023S Projektarbeit Atomic Clocks and Quantum Metrology Distance Learning: Course is held predominantly online		8.0	10.0
141.A27 PR 2022W Projektarbeit Atomic Clocks and Quantum Metrology		8.0	10.0
PR Projektarbeit Decoherence and Quantum Informations		8.0	10.0
136.003 PA 2023S Decoherence and Quantum Informations Distance Learning: Course is held predominantly online		8.0	10.0
136.003 PR 2022W Decoherence and Quantum Informations Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Grundlagen und Anwendung des Korrespondenzprinzips		8.0	10.0
132.069 PA 2023S Foundation and application of the correspondence principle between classical and quantum mechanics Distance Learning: Course is held predominantly online		8.0	10.0
132.069 PR 2022W Foundation and application of the correspondence principle between classical and quantum mechanics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Nanophotonik		8.0	10.0
141.A13 PR 2022W Nanophotonics		8.0	10.0
PR Projektarbeit Experimentelle Quantenoptik		8.0	10.0
PR Projektarbeit Quantentechnologie		8.0	10.0
141.A15 PR 2023S Quantum Technology Distance Learning: Course is held predominantly online		8.0	10.0
141.A15 PR 2022W Quantum Technology Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Ultra Cold Atoms and Spectroscopy		8.0	10.0
141.214 PR 2023S Ultra Cold Atoms and Spectroscopy Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Theoretische Quantenoptik		8.0	10.0
PR Projektarbeit Gravitation und Quantenmechanik		8.0	10.0
141.A95 PR 2023S Project thesis Gravitation and Quantum Mechanics		8.0	10.0
141.A95 PR 2022W Project thesis Gravitation and Quantum Mechanics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Experimentelle Atomphysik		8.0	10.0
134.133 PR 2023S Project Work on Experimental Atomic Physics Distance Learning: Course is held predominantly online		8.0	10.0
134.133 PR 2022W Project Work on Experimental Atomic Physics		8.0	10.0
PR Projektarbeit Ionenphysik		8.0	10.0
134.141 PR 2023S Project Work on Ion Physics Distance Learning: Course is held predominantly online		8.0	10.0
134.141 PR 2022W Project Work on Ion Physics		8.0	10.0
PR Projektarbeit Quantenoptik		8.0	10.0
141.095 PR 2022W PrA on Quantum Optics		8.0	10.0
Modulgruppe Computational Materials Science
PR Projektarbeit Computational Materials Science		8.0	10.0
138.064 PR 2023S laboratory course Computational Materials Science Distance Learning: Course is held predominantly online		8.0	10.0
138.064 PR 2022W laboratory course Computational Materials Science		8.0	10.0
PR Projektarbeit Electronic Structure of Solids and Surfaces		8.0	10.0
134.155 PR 2023S Project Work on Electronic Structure of Solids and Surfaces Distance Learning: Course is held predominantly online		8.0	10.0
134.155 PR 2022W Project Work on Electronic Structure of Solids and Surfaces		8.0	10.0
PR Projektarbeit Festkörpertheorie		8.0	10.0
138.063 PR 2023S laboratory course solid state theory Distance Learning: Course is held predominantly online		8.0	10.0
138.063 PR 2022W laboratory course solid state theory		8.0	10.0
PR Projektarbeit Machine Learning and Data Compression in Physics		8.0	10.0
138.129 PR 2023S Machine Learning and Data Compression in Physics		8.0	10.0
138.129 PR 2022W Machine Learning and Data Compression in Physics		8.0	10.0
PR Projektarbeit Magnetic Interactions		8.0	10.0
134.148 PR 2023S Project Work on Magnetic Interactions Distance Learning: Course is held predominantly online		8.0	10.0
134.148 PR 2022W Project Work on Magnetic Interactions Distance Learning: Course is held predominantly online canceled		8.0	10.0
PR Projektarbeit Wellenfunktionsbasierte Methoden in der Festkörperphysik		8.0	10.0
136.079 PR 2022W Project work on wavefunction based methods in solid state physics Distance Learning: Course is held predominantly online		8.0	10.0
136.090 PR 2023S Project work on wavefunction based methods in solid state physics		8.0	10.0
Modulgruppe Festkörperphysik
PR Projektarbeit Elektronenmikroskopie von Halbleitern		8.0	10.0
133.027 PR 2023S Electron microscopy of semiconducting materials, project task Distance Learning: Course is held predominantly online		8.0	10.0
133.027 PR 2022W Electron microscopy of semiconducting materials, project task		8.0	10.0
PR Projektarbeit Experimentelle Festkörperphysik		8.0	10.0
131.061 PR 2023S Project Work: Experimental Solid State Physics Distance Learning: Course is held predominantly online		8.0	10.0
131.061 PR 2022W Project Work: Experimental Solid State Physics		8.0	10.0
PR Projektarbeit Experimenteller Magnetismus		8.0	10.0
131.028 PR 2023S laboratory course Distance Learning: Course is held predominantly online		8.0	10.0
131.028 PR 2022W laboratory course		8.0	10.0
PR Projektarbeit Nukleare Festkörperphysik		8.0	10.0
142.025 PR 2023S Projects in nuclear solid-state pysics Distance Learning: Course is held predominantly online		8.0	10.0
142.025 PR 2022W Projects in nuclear solid-state pysics		8.0	10.0
PR Projektarbeit Quantenmechanik von mesoskopischen Systemen		8.0	10.0
132.068 PR 2023S PrA on Physics of Mesoscopic Systems Distance Learning: Course is held predominantly online		8.0	10.0
132.068 PA 2022W PrA on Physics of Mesoscopic Systems		8.0	10.0
PR Projektarbeit Quantenphänomene in Festkörpern		8.0	10.0
131.060 PR 2023S laboratory course quantum phenomena Distance Learning: Course is held predominantly online		8.0	10.0
131.060 PR 2022W laboratory course quantum phenomena		8.0	10.0
PR Projektarbeit Supraleitung		8.0	10.0
131.025 PR 2023S laboratory course Distance Learning: Course is held predominantly online		8.0	10.0
131.025 PR 2022W laboratory course		8.0	10.0
PR Projektarbeit Thermoelektrika		8.0	10.0
131.062 PR 2023S laboratory course in thermo electrica Distance Learning: Course is held predominantly online		8.0	10.0
131.062 PR 2022W laboratory course in thermo electrica		8.0	10.0
Modulgruppe Fundamentale Wechselwirkungen
PR Projektarbeit Black Hole Physics		8.0	10.0
136.084 PR 2022W Black Hole Physics project Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Feldtheorie		8.0	10.0
135.024 PR 2023S Project work in Field Theory Distance Learning: Course is held predominantly online		8.0	10.0
135.024 PR 2022W Project work in Field Theory Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Quantenfeldtheorie		8.0	10.0
PR Projektarbeit Starke Wechselwirkung		8.0	10.0
142.045 PR 2023S Project performed under supervision. The projects deal with current problems in nuclear physics, mainly numerical methods are used. Distance Learning: Course is held predominantly online		8.0	10.0
142.045 PR 2022W Project performed under supervision. The projects deal with current problems in nuclear physics, mainly numerical methods are used.		8.0	10.0
PR Projektarbeit Symmetrien in den fundamentalen Wechselwirkungen		8.0	10.0
135.026 PR 2023S Project work in Fundamental Interactions Distance Learning: Course is held predominantly online		8.0	10.0
135.026 PR 2022W Project work in Fundamental Interactions Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Teilchenphysik		8.0	10.0
135.027 PR 2023S Project work in Particle Physics Distance Learning: Course is held predominantly online		8.0	10.0
135.027 PR 2022W Project work in Particle Physics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Theoretische Elementarteilchenphysik		8.0	10.0
PR Projektarbeit Thermal Field Theory		8.0	10.0
136.023 PR 2023S Project work in Thermal Field Theory Distance Learning: Course is held predominantly online		8.0	10.0
136.023 PR 2022W Project work in Thermal Field Theory Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Schwacher Wechselwirkung		8.0	10.0
141.A96 PR 2023S Project thesis Weak Interaction Distance Learning: Course is held predominantly online		8.0	10.0
141.A96 PR 2022W Project thesis Weak Interaction Distance Learning: Course is held predominantly online		8.0	10.0
Modulgruppe Kern- und Teilchenphysik
PR Projektarbeit Experimentelle Hadronenphysik		8.0	10.0
142.026 PR 2023S Projects in experimental hadron physics Distance Learning: Course is held predominantly online		8.0	10.0
142.026 PR 2022W Projects in experimental hadron physics		8.0	10.0
PR Projektarbeit Methoden der Teilchenphysik		8.0	10.0
141.A45 PR 2023S Methods for Particle Physics Distance Learning: Course is held predominantly online		8.0	10.0
141.A45 PR 2022W Methods for Particle Physics		8.0	10.0
PR Projektarbeit Experimentelle Teilchenphysik		8.0	10.0
142.039 PR 2023S Experimental particle physics Distance Learning: Course is held predominantly online		8.0	10.0
142.039 PR 2022W Experimental particle physics		8.0	10.0
PR Projektarbeit Kernphysik		8.0	10.0
141.A22 PR 2023S Projektarbeit Nuclear Physics Distance Learning: Course is held predominantly online		8.0	10.0
141.A22 PR 2022W Projektarbeit Nuclear Physics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Nukleare Astrophysik		8.0	10.0
141.A21 PR 2023S Projektarbeit Nuclear Astrophysics Distance Learning: Course is held predominantly online		8.0	10.0
141.A21 PR 2022W Projektarbeit Nuclear Astrophysics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Quarks und Kerne		8.0	10.0
PR Projektarbeit Subatomare Physik		8.0	10.0
142.088 PR 2023S Project Work Subatomic Physics Distance Learning: Course is held predominantly online		8.0	10.0
142.088 PR 2022W Project Work Subatomic Physics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Neutronenphysik		8.0	10.0
141.102 PR 2023S Pre diploma project work Distance Learning: Course is held predominantly online		8.0	10.0
141.102 PR 2022W Pre diploma project work Distance Learning: Course is held predominantly online		8.0	10.0
Modulgruppe Nichtlineare Dynamik
PR Projektarbeit Chaotische Systeme		8.0	10.0
132.015 PA 2023S Physical models of chaotic systems Distance Learning: Course is held predominantly online		8.0	10.0
132.015 PR 2022W Physical models of chaotic systems Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Klassisches und Quantenchaos		8.0	10.0
132.037 PA 2023S Projects on classical and quantum chaos Distance Learning: Course is held predominantly online		8.0	10.0
132.037 PR 2022W Projects on classical and quantum chaos Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Mathematische Physik		8.0	10.0
PR Projektarbeit Simulationen komplexer Systeme		8.0	10.0
PR Projektarbeit Wechselwirkungen von Atomen mit Laserfeldern		8.0	10.0
132.067 PR 2023S Project work in Interaction of atoms with strong and short Laser fields Distance Learning: Course is held predominantly online		8.0	10.0
132.067 PR 2022W Project work in Interaction of atoms with strong and short Laser fields Distance Learning: Course is held predominantly online		8.0	10.0
Modulgruppe Oberflächenphysik
PR Projektarbeit Angewandte Oberflächenphysik		8.0	10.0
134.144 PR 2023S Project Work on Applied Surface Physics Distance Learning: Course is held predominantly online		8.0	10.0
134.144 PR 2022W Project Work on Applied Surface Physics		8.0	10.0
PR Projektarbeit Dünnschichtanalytik		8.0	10.0
134.131 PR 2023S Project Work on Thin Film Analytics Distance Learning: Course is held predominantly online		8.0	10.0
134.131 PR 2022W Project Work on Thin Film Analytics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Dynamische Oberflächenprozesse		8.0	10.0
132.039 PA 2023S PrA on dynamical processes at surfaces Distance Learning: Course is held predominantly online		8.0	10.0
132.039 PR 2022W PrA on dynamical processes at surfaces Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Interactions with Surfaces		8.0	10.0
134.114 PR 2023S Project Work on Interactions with Surfaces Distance Learning: Course is held predominantly online		8.0	10.0
134.114 PR 2022W Project Work on Interactions with Surfaces		8.0	10.0
PR Projektarbeit Nanostrukturen an Oberflächen		8.0	10.0
134.116 PR 2023S Project Work on Nanostructures at Surfaces Distance Learning: Course is held predominantly online		8.0	10.0
134.116 PR 2022W Project Work on Nanostructures at Surfaces		8.0	10.0
PR Projektarbeit Surface Science		8.0	10.0
134.198 PR 2023S Project Work on Surface Science Distance Learning: Course is held predominantly online		8.0	10.0
134.198 PR 2022W Project Work on Surface Science Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Applied Interface Physics		8.0	10.0
134.229 PR 2023S Projektarbeit Applied Interface Physics Distance Learning: Course is held predominantly online		8.0	10.0
134.229 PR 2022W Projektarbeit Applied Interface Physics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Neutronenoptik		8.0	10.0
141.026 PR 2023S Project Neutron Optics Distance Learning: Course is held predominantly online		8.0	10.0
141.026 PR 2022W Project Neutron Optics		8.0	10.0
PR Projektarbeit Oberflächenphysik		8.0	10.0
134.135 PR 2023S Projekt Work on Surface Physics Distance Learning: Course is held predominantly online		8.0	10.0
134.135 PR 2022W Projekt Work on Surface Physics		8.0	10.0
Modulgruppe Physik bei extremen Skalen
PR Projektarbeit Angewandte Tieftemperaturphysik		8.0	10.0
133.021 PR 2023S Project work on applied low temperature physics Distance Learning: Course is held predominantly online		8.0	10.0
133.021 PR 2022W Project work on applied low temperature physics		8.0	10.0
PR Projektarbeit Experimentelle Tieftemperaturphysik		8.0	10.0
PR Projektarbeit Grundlagen der Supraleitung		8.0	10.0
141.241 PR 2022W PrA Fundamentals of Superconductivity		8.0	10.0
PR Projektarbeit Hochdruckexperimente		8.0	10.0
PR Projektarbeit Hochtemperatursupraleiter		8.0	10.0
141.B23 PR 2023S PrA High temperature superconductivity		8.0	10.0
141.B23 PR 2022W PrA High temperature superconductivity		8.0	10.0
Modulgruppe Soft Matter und Biophysik
PR Projektarbeit Biophysik		8.0	10.0
134.998 PR 2023S Project Work on Biophysics Distance Learning: Course is held predominantly online		8.0	10.0
134.998 PR 2022W Project Work on Biophysics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Laseranwendungen in der Medizin		8.0	10.0
134.142 PR 2023S Projekt Work on Laser Applications in Medicine Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Physikalische Methoden in der Medizin		8.0	10.0
PR Projektarbeit Physik lebender Materie		8.0	10.0
134.237 PR 2023S Physics of living matter		8.0	10.0
134.237 PR 2022W Physics of living matter		8.0	10.0
PR Projektarbeit Statistische Mechanik		8.0	10.0
132.013 PA 2023S Project work in Statistical Mechanics Distance Learning: Course is held predominantly online		8.0	10.0
132.013 PR 2022W Project work in Statistical Mechanics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Theorie der kondensierten Materie		8.0	10.0
132.010 PA 2023S Project work in Condensed Matter Theory Distance Learning: Course is held predominantly online		8.0	10.0
132.010 PR 2022W Project work in Condensed Matter Theory Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Weiche Materie		8.0	10.0
Modulgruppe Spektroskopie
PR Projektarbeit Analytische Elektronenmikroskopie		8.0	10.0
133.018 PR 2023S Analytical electron microscopy - project work Distance Learning: Course is held predominantly online		8.0	10.0
133.018 PR 2022W Analytical electron microscopy - project work		8.0	10.0
PR Projektarbeit Elektrodynamik neuartiger optischer Materialien		8.0	10.0
138.085 PR 2023S Project Work: Electrodynamics of new optical materials Distance Learning: Course is held predominantly online		8.0	10.0
138.085 PR 2022W Project Work: Electrodynamics of new optical materials		8.0	10.0
PR Projektarbeit Elektronen-Energieverlustspektrometrie		8.0	10.0
133.010 PR 2023S Electron energy loss spectrometry - project work Distance Learning: Course is held predominantly online		8.0	10.0
133.010 PR 2022W Electron energy loss spectrometry - project work		8.0	10.0
PR Projektarbeit Festköperspektroskopie		8.0	10.0
133.055 PR 2023S Project work on Spectroscopy of Solids Distance Learning: Course is held predominantly online		8.0	10.0
133.055 PR 2022W Project work on Spectroscopy of Solids		8.0	10.0
PR Projektarbeit Laserspektroskopie		8.0	10.0
134.132 PR 2023S Project Work on Laser Spectroscopy Distance Learning: Course is held predominantly online		8.0	10.0
134.132 PR 2022W Project Work on Laser Spectroscopy Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Röntgendiffraktometrie		8.0	10.0
131.023 PR 2023S x-ray diffraction Distance Learning: Course is held predominantly online		8.0	10.0
131.023 PR 2022W x-ray diffraction		8.0	10.0
Modulgruppe Strahlenphysik
PR Projektarbeiten Angewandte Strahlenphysik		8.0	10.0
141.079 PR 2023S Project works on applied radiation physics Distance Learning: Course is held predominantly online		8.0	10.0
141.079 PR 2022W Project works on applied radiation physics		8.0	10.0
PR Projektarbeit Archäometrie		8.0	10.0
PR Projektarbeit Elektronen- und Röntgenphysik		8.0	10.0
141.110 PR 2023S Project Work in Electron- and X-Ray Physics Distance Learning: Course is held predominantly online		8.0	10.0
141.110 PR 2022W Project Work in Electron- and X-Ray Physics Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Neutronenaktivierungsanalyse		8.0	10.0
PR Projektarbeit Nukleare Umweltanalytik		8.0	10.0
PR Projektarbeit Radiochemie		8.0	10.0
141.167 PR 2023S project in radiochemistry		8.0	10.0
141.167 PR 2022W project in radiochemistry		8.0	10.0
PR Projektarbeit Radiologische Umweltmessung		8.0	10.0
PR Projektarbeit Röntgenanalytik		8.0	10.0
141.153 PR 2023S Project work on X-ray analysis Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Röntgenspektrometrie		8.0	10.0
PR Projektarbeit Strahlenschutz und Dosimetrie		8.0	10.0
141.018 PR 2023S Practical course radiation protection and dosimetry Distance Learning: Course is held predominantly online		8.0	10.0
141.018 PR 2022W Practical course radiation protection and dosimetry		8.0	10.0
Modulgruppe Technologien
PR Projektarbeit Dauermagnetwerkstoffe		8.0	10.0
PR Projektarbeit Dünnschichttechnologie		8.0	10.0
138.071 PR 2023S Thin Film Technology - project work Distance Learning: Course is held predominantly online		8.0	10.0
138.071 PR 2022W Thin Film Technology - project work		8.0	10.0
PR Projektarbeit Einkristallherstellung und Probenpräparation		8.0	10.0
131.024 PR 2023S laboratory course in sample preparation and single crystals growth Distance Learning: Course is held predominantly online		8.0	10.0
131.024 PR 2022W laboratory course in sample preparation and single crystals growth		8.0	10.0
PR Projektarbeit Hart- und Weichmagnete		8.0	10.0
PR Projektarbeit Oberflächentechnik		8.0	10.0
134.143 PR 2023S Project Work on Surface Technology Distance Learning: Course is held predominantly online		8.0	10.0
134.143 PR 2022W Project Work on Surface Technology Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Physikalische Messtechnik		8.0	10.0
134.137 PR 2023S Project Work on Physical Measurement Technique Distance Learning: Course is held predominantly online		8.0	10.0
134.137 PR 2022W Project Work on Physical Measurement Technique		8.0	10.0
PR Projektarbeit Physikalische Messwerterfassung		8.0	10.0
131.030 PR 2023S Project work about measuring methods Distance Learning: Course is held predominantly online		8.0	10.0
131.030 PR 2022W Project work about measuring methods		8.0	10.0
PR Projektarbeit Sensoren und Messverfahren		8.0	10.0
134.138 PR 2023S Project Work on Sensors and Measurement Methods Distance Learning: Course is held predominantly online		8.0	10.0
134.138 PR 2022W Project Work on Sensors and Measurement Methods		8.0	10.0
PR Projektarbeit Reaktortechnik		8.0	10.0
141.080 PR 2023S Project related work on reactor technology		8.0	10.0
141.080 PR 2022W Project related work on reactor technology		8.0	10.0
PR Projektarbeit Plasmatechnik		8.0	10.0
134.118 PR 2023S Project Work on Plasma Technology Distance Learning: Course is held predominantly online		8.0	10.0
134.118 PR 2022W Project Work on Plasma Technology		8.0	10.0
PR Projektarbeit Metrologie		8.0	10.0
141.A72 PR 2023S Project work metrology Distance Learning: Course is held predominantly online		8.0	10.0
141.A72 PR 2022W Project work metrology		8.0	10.0
PR Projektarbeit Surface Structure and Reactivity		8.0	10.0
134.228 PR 2023S Projektarbeit Surface Structure and Reactivity Distance Learning: Course is held predominantly online		8.0	10.0
134.228 PR 2022W Projektarbeit Surface Structure and Reactivity Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Strongly Correlated Electron Systems		8.0	10.0
PR Projektarbeit Nuklearchemie		8.0	10.0
PR Projektarbeit Grenzflächen und Kolloide		8.0	10.0
Modul Projektarbeit 2			10.0
Katalog Projektarbeiten
PR Projektarbeit Surface Structure and Reactivity		8.0	10.0
134.228 PR 2023S Projektarbeit Surface Structure and Reactivity Distance Learning: Course is held predominantly online		8.0	10.0
134.228 PR 2022W Projektarbeit Surface Structure and Reactivity Distance Learning: Course is held predominantly online		8.0	10.0
PR Projektarbeit Strongly Correlated Electron Systems		8.0	10.0
PR Projektarbeit Nuklearchemie		8.0	10.0
PR Projektarbeit Grenzflächen und Kolloide		8.0	10.0
Prüfungsfach Zusatzqualifikationen (Soft Skills) und Freie Wahlfächer	4,5 ECTS Soft-Skills		9.0
WFK studienrichtungsspezifischer Zusatzqualifikationen ("Soft Skills")
Transferable Skills
Modul Zusatzqualifikationen			18.0
VO Die wirtschaftliche Bedeutung erneuerbarer Energieträger		2.0	3.0
SE Einführung in das wissenschaftliche Präsentieren und Publizieren		2.0	3.0
EX Einführung in Forschungsgebiete der Fakultät für Physik		2.0	2.0
VO Elektronische Anzeigesysteme		1.0	1.5
VO How Science Inspires Science Fiction		2.0	3.0
VO Physik schwerer Reaktorunfälle		2.0	3.0
SE Präsentationstechniken in der Physik		2.0	2.0
141.A33 SE 2023S