# Vienna Particle Physics Lectures 2020/21

Basic lectures |
(University of Vienna) |
(TU Wien) |

Advanced lectures |
||

Specialised directions |

## Basic lectures

The **basic pre-graduate lecture program** represents the entry into studies of elementary particle physics and addresses students at the bachelor and master level. These lectures are offered both at the University of Vienna and the Vienna Technical University every year and also imply that you successfully attend lectures in quantum mechanics and electrodynamics.

### Basic lectures at University of Vienna

- Advanced Quantum Mechanics: (260071, 4h+exercises) Massimiliano Procura, 2020W, Master
- Advanced Particle Physics: (260024, 4h+exercises) Massimiliano Procura, 2021S, Master
- Seminar on experimental particle physics I (260090, 2h) Eberhard Widmann, 2020W, Bachelor+PhD
- Seminar on experimental particle physics II (260135, 2h) Eberhard Widmann, 2021S, Master+Lehr+PhD
- Experimental Particle Physics I (260153, 2h) Eberhard Widmann, 2020W, Bachelor+Lehr+PhD
- Experimental Particle Physics II (260300, 2h) Eberhard Widmann, 2021S, Master+Lehr+PhD

### Basic lectures at TU Wien

- Atomic, Nuclear and Particle Physics I (142086, 2h+exercises) Mario Pitschmann, 2021S, Master
- Atomic, Nuclear and Particle Physics II (142092, 4h+exercises) Hartmut Abele, Jochen Schieck, 2021S, Master+Pflicht

## Advanced lectures

The **advanced lecture program** consists of advances lectures on topics that introduce you into the problems current particle physics research is interested in. If you want to get involved in particle physics research particularly within the DK-PI you should participate all of them regardless whether you want to specialise in experimental or theoretical particle physics. If you come from another university these lectures might help you filling gaps you would need to close to attend the specialised lectures. The advanced lecture program is readjusted every second year.

- Statistical methods in data analysis (142.340, 2h; exercises 142.351, 2h) Rudolf Frühwirth, Wolfgang Waltenberger, 2020W, Bachelor+Master
- Astro-Particle Physics (142094, 2h) Manfred Jeitler, Claudia-Elisabeth Wulz 2020W, Master
- Physics at the LHC: Measurement of the Higgs and Searches for Supersymmetry (142.095, 2h; 260152) Manfred Jeitler, 2021S, Master
- Search for Dark Matter (141.A49, 2h) Jochen Schieck, Holger Kluck, 2020W
- Seminar on Atomic and Subatomic Physics (142.069, 2h) Jochen Schieck, Christoph Schwanda, Hartmut Abele, Helmut Leeb, 2020W
- Seminar on atomic and subatomic physics (260090, 2h) Eberhard Widmann, Johann Zmeskal, 2020W
- Space-time and Cosmology (141.A59, 2h) Hartmut Abele, Mario Pitschmann, 2020W

## Specialised Directions

The **special lectures** are aimed at the graduate level and can become quite focused on specific directions in experimental and theoretical particle physics carried out within the DK-PI. Some of them might constitute a series of lecture and might reach high technical levels relevant for specific research work. You should participate if you are interested, but you certainly have to be selective and might want to talk to your adviser to find out which lectures are suitable for you. These lectures are offered on the basis of availability and demand.

### Atomic Physics and Miscellaneous Topics:

- Physics of Exotic Atoms (142.072, 2h) Johann Marton, Andrey Nikolaevich Ivanov, 2020W
- Precision Measurements with Heavy Mesons (141.A43, 2h) Jochen Schieck, Gianluca Inguglia, 2020W

### Gravitation and String Theory:

- Gravitation, Testing Einstein (141.259, 2h) Hartmut Abele, 2020W
- Gravity and holography in lower dimensions I (136.083, 2h) Daniel Grumiller, 2020W
- Gravity and holography in lower dimensions II (136.074, 2h) Daniel Grumiller, 2021S

### Mathematical Topics:

- Solitonen, Differentialgeometrie und Topologie

### Detectors and Experimental Methods:

- Statistics (142.090, 2h) Rudolf Frühwirth, 2021S
- Selected Experiments of Atomic, Nuclear and Particle Physics

### Field Theory and Phenomenology:

- Field Theory and Phenomenology
- Graduate seminar Particles & Interactions (136.064, 2h) Anton Rebhan, 2020W
- Symmetries and QFT I (136.014, 2h) Anton Rebhan, 2020W
- Symmetries and QFT II (136.041, 2h) Anton Rebhan, 2021S
- Introduction to quantum electrodynamics (135.045, 2h) Andreas Ipp, 2021S
- Quantenchromodynamik I (142.197, 2h) Manfried Faber, 2020W
- Quantenchromodynamik II
- Pfadintegrale in der Quantenmechanik und Quantenfeldtheorie
- Endliche Gruppen und ihre Anwendungen in der Teilchenphysik

### Additional courses:

- Programming with MATLAB (105.679, 2h) Rudolf Frühwirth, 2021S