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Wintersemester 2016/2017
Fakultät für Physik und Astronomie
Allgemeine Veranstaltungen [AV]
Bachelor of Science Physik [B]
Pflichtkurse Physik [BP]
- Experimentalphysik I (PEP I) (WS 16/17)
- Experimentalphysik III (Quanten- und Atomphysik) (WS 16/17)
- Schlüsselexperimente der Teilchenphysik (WS 16/17)
Dozent: Bachmann Stachel <LSF> Seminar
- Modern Experiments on Quantum Mechanics (WS 16/17)
Dozent: Jendrzejewski <LSF> Seminar
- Meilensteine der Galaxienentwicklung (WS 16/17)
- Theoretische Physik III (PTP3, Elektrodynamik) (WS 16/17)
Dozent: Ewerz <LSF>
- Theoretische Physik I (klassische Mechanik) (WS 16/17)
Dozent: Prof. A. Hebecker <LSF>
- Experimentalphysik V (WS 16/17)
Dozent: Enss <LSF>
- Physik der Planetenentstehung (WS 16/17)
Wahlbereich Physik [BW]
- Python: programming for scientists (WS 16/17)
Dozent: Ludwig, Schmidt, Kruijssen <LSF>
- Surfaces and Nanostructures (WS 16/17)
Dozent: Pucci <LSF>
- Umweltphysik (WS 16/17)
Dozent: Jähne <LSF>
- Einführung in die Astronomie und Astrophysik I (WS 16/17)
Dozent: Dullemond <LSF>
- Hydrodynamik (WS 16/17)
Dozent: Wolschin <LSF>
Astronomie und Astrophysik [BWA]
- Python: programming for scientists (WS 16/17)
Dozent: Ludwig, Schmidt, Kruijssen <LSF>
- Einführung in die Astronomie und Astrophysik I (WS 16/17)
Dozent: Dullemond <LSF>
Atom-, Molekül- und optische Physik [BWO]
Bio- und Medizinische Physik [BWB]
(Elementar-) Teilchenphysik [BWE]
Informatik / Computational Physics [BWI]
Physik der kondensierten Materie [BWK]
- Surfaces and Nanostructures (WS 16/17)
Dozent: Pucci <LSF>
Theoretische Physik [BWT]
- Hydrodynamik (WS 16/17)
Dozent: Wolschin <LSF>
Umweltphysik [BWU]
- Umweltphysik (WS 16/17)
Dozent: Jähne <LSF>
Überfachliche Kompetenzen [BUK]
- Python: programming for scientists (WS 16/17)
Dozent: Ludwig, Schmidt, Kruijssen <LSF>
- C++ Basics (WS 16/17)
Dozent: Kirchgessner <LSF>
- Introduction to ROOT (WS 16/17)
Dozent: Masciocchi <LSF>
- C++/Root (WS 16/17)
Dozent: Marks <LSF>
- Mathematische Methoden in der Physik I (WS 16/17)
Dozent: Klevansky <LSF>
- Mathematischer Vorkurs für Physiker (WS 16/17)
Dozent: Komnik Thommes Berges <LSF>
- Elektronik für Physiker (WS 16/17)
- Datenauswertung mit Mathematica (WS 16/17)
Dozent: Schmidt <LSF>
- Numerisches Praktikum (WS 16/17)
Vertiefung Lehramt an Gymnasien [L]
- Fachdidaktik Physik (FDPh) (WS 16/17)
Dozent: Hofmann <LSF>
- Methodik des Physikunterrichts (WS 16/17)
Dozent: Müller <LSF>
- Mathematische Methoden in der Physik I (WS 16/17)
Dozent: Klevansky <LSF>
- Theoretische Physik I (klassische Mechanik) (WS 16/17)
Dozent: Prof. A. Hebecker <LSF>
Master of Science Physics [M]
Core Courses [MW]
- Structure and dynamics of galaxies, star clusters and planetary systems (WS 16/17)
Dozent: Spurzem Just <LSF> Seminar
- LHC analyses and their physics impact (WS 16/17)
Dozent: Brandt Plehn Uwer <LSF> Seminar
- Particle tracking and identification at high rates (WS 16/17)
Dozent: Masciocchi Schweda <LSF> Seminar
- Quantum Field Theory I (WS 16/17)
Dozent: Prof. Jan Pawlowski <LSF>
- Theoretical Statistical Physics (WS 16/17)
Dozent: Salmhofer <LSF>
- Tutorials to Atomic, Molecular and Optical Physics (WS 16/17)
Dozent: Selim Jochim <LSF>
- Quantum Magnets (WS 16/17)
Dozent: Klingeler <LSF>
- Umweltphysik (WS 16/17)
Dozent: Jähne <LSF>
- Particle Physics (WS 16/17)
Dozent: Schöning <LSF>
- Advanced Experimental Methods in Solid State Physics (WS 16/17)
Dozent: Klingeler Enss <LSF>
- How to make a discovery: Search strategies at particle colliders (WS 16/17)
Dozent: Westhoff <LSF>
- Theoretical Astrophysics (WS 16/17)
Dozent: Schäfer <LSF>
- Advanced Nanotechnologies (WS 16/17)
Dozent: Prof. Dr. Na Liu <LSF>
Specialisation in Physics [MV]
- Introduction to Astronomy and Astrophysics (WS 16/17)
Dozent: Jordan Just <LSF>
- Python: programming for scientists (WS 16/17)
Dozent: Ludwig, Schmidt, Kruijssen <LSF>
- Stored Charged Particles (WS 16/17)
- Surfaces and Nanostructures (WS 16/17)
Dozent: Pucci <LSF>
- LHC analyses and their physics impact (WS 16/17)
Dozent: Brandt Plehn Uwer <LSF> Seminar
- LHC analyses and their physics impact (WS 16/17)
Dozent: Brandt Plehn Uwer <LSF> Seminar
- Statistical Methods in Particle Physics (WS 16/17)
Dozent: Brandt <LSF>
- Particle tracking and identification at high rates (WS 16/17)
Dozent: Masciocchi Schweda <LSF> Seminar
- Quantum Field Theory of Many-body Systems (WS 16/17)
Dozent: Gasenzer <LSF>
- Quantum Field Theory of Many-body Systems (WS 16/17)
Dozent: Gasenzer <LSF>
- Accelerator Physics (WS 16/17)
Dozent: Litvinov <LSF>
- Advanced Experimental Methods in Solid State Physics (WS 16/17)
Dozent: Klingeler Enss <LSF>
- How to make a discovery: Search strategies at particle colliders (WS 16/17)
Dozent: Westhoff <LSF>
- How to make a discovery: Search strategies at particle colliders (WS 16/17)
Dozent: Westhoff <LSF>
- Cosmology (WS 16/17)
- Stochastic dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Stochastic dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Non-linear dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Non-linear dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Physics and Applications of Low Temperature Detectors (WS 16/17)
Dozent: Gastaldo <LSF>
- Hydrodynamik (WS 16/17)
Dozent: Wolschin <LSF>
- String Theory (WS 16/17)
Dozent: Palti <LSF>
- Spektroskopische Beobachtungen am Teleskop (WS 16/17)
Dozent: Reffert <LSF>
Astronomy and Astrophysics [MVA]
- Introduction to Astronomy and Astrophysics (WS 16/17)
Dozent: Jordan Just <LSF>
- Python: programming for scientists (WS 16/17)
Dozent: Ludwig, Schmidt, Kruijssen <LSF>
- Cosmology (WS 16/17)
- Spektroskopische Beobachtungen am Teleskop (WS 16/17)
Dozent: Reffert <LSF>
Atomic, Molecular and Optical Physics [MVO]
Bio- and Medical Physics [MVB]
- Stochastic dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Non-linear dynamics (WS 16/17)
Dozent: Schwarz <LSF>
Computational Physics [MVX]
Condensed Matter Physics [MVC]
- Surfaces and Nanostructures (WS 16/17)
Dozent: Pucci <LSF>
- Advanced Experimental Methods in Solid State Physics (WS 16/17)
Dozent: Klingeler Enss <LSF>
- Physics and Applications of Low Temperature Detectors (WS 16/17)
Dozent: Gastaldo <LSF>
Environmental Physics [MVU]
Particle Physics [MVP]
- LHC analyses and their physics impact (WS 16/17)
Dozent: Brandt Plehn Uwer <LSF> Seminar
- Statistical Methods in Particle Physics (WS 16/17)
Dozent: Brandt <LSF>
- Particle tracking and identification at high rates (WS 16/17)
Dozent: Masciocchi Schweda <LSF> Seminar
- Accelerator Physics (WS 16/17)
Dozent: Litvinov <LSF>
- How to make a discovery: Search strategies at particle colliders (WS 16/17)
Dozent: Westhoff <LSF>
Theoretical Physics [MVT]
- LHC analyses and their physics impact (WS 16/17)
Dozent: Brandt Plehn Uwer <LSF> Seminar
- Quantum Field Theory of Many-body Systems (WS 16/17)
Dozent: Gasenzer <LSF>
- How to make a discovery: Search strategies at particle colliders (WS 16/17)
Dozent: Westhoff <LSF>
- Stochastic dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Non-linear dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Hydrodynamik (WS 16/17)
Dozent: Wolschin <LSF>
- String Theory (WS 16/17)
Dozent: Palti <LSF>
Transferable Skills Education [MUK]
- Python: programming for scientists (WS 16/17)
Dozent: Ludwig, Schmidt, Kruijssen <LSF>
- C++ Basics (WS 16/17)
Dozent: Kirchgessner <LSF>
- Elektronik für Physiker (WS 16/17)
- Numerisches Praktikum (WS 16/17)
Graduate Education [G] (HGSFP, IMPRS-HD, IMPRS-PTFS, IMPRS-QD)
Common Colloquia, Seminars and Lectures [GC]
- Quantum Field Theory I (WS 16/17)
Dozent: Prof. Jan Pawlowski <LSF>
- Quantum Magnets (WS 16/17)
Dozent: Klingeler <LSF>
- Advanced Nanotechnologies (WS 16/17)
Dozent: Prof. Dr. Na Liu <LSF>
- String Theory (WS 16/17)
Dozent: Palti <LSF>
Astronomy and Cosmic Physics [GA]
- Introduction to Astronomy and Astrophysics (WS 16/17)
Dozent: Jordan Just <LSF>
- Theoretical Astrophysics (WS 16/17)
Dozent: Schäfer <LSF>
- Cosmology (WS 16/17)
Particle Physics and Cosmology [GP]
- Statistical Methods in Particle Physics (WS 16/17)
Dozent: Brandt <LSF>
- Quantum Field Theory I (WS 16/17)
Dozent: Prof. Jan Pawlowski <LSF>
- Quantum Field Theory of Many-body Systems (WS 16/17)
Dozent: Gasenzer <LSF>
- Accelerator Physics (WS 16/17)
Dozent: Litvinov <LSF>
- String Theory (WS 16/17)
Dozent: Palti <LSF>
Quantum Dynamics and Complex Quantum Systems [GQ]
- Surfaces and Nanostructures (WS 16/17)
Dozent: Pucci <LSF>
- Physics and Applications of Low Temperature Detectors (WS 16/17)
Dozent: Gastaldo <LSF>
Complex Classical Systems [GK]
- Stochastic dynamics (WS 16/17)
Dozent: Schwarz <LSF>
- Non-linear dynamics (WS 16/17)
Dozent: Schwarz <LSF>
Environmental Physics [GE]
- Umweltphysik (WS 16/17)
Dozent: Jähne <LSF>
Mathematical Physics [GM]
- Quantum Field Theory I (WS 16/17)
Dozent: Prof. Jan Pawlowski <LSF>
- String Theory (WS 16/17)
Dozent: Palti <LSF>
Master-Studiengang Technische Informatik [TI]
Veranstaltungen für Nebenfachstudierende [N]
- Physik A (WS 16/17)
Dozent: Maarten DeKieviet <LSF>
Fakultät für Chemie und Geowissenschaften
- Einführung in die Physikalische Chemie I (WS 16/17)
Dozent: Prof. Herten
- Mathematik für Naturwissenschaftler I (WS 16/17)
Dozent: Dreuw
- Oberflächenchemie (PC-Z5) (WS 16/17)
Dozent: Tegeder
- Statistische Theorie der Materie (PC-Z1) (WS 16/17)
Dozent: Dahint
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Wintersemester 2014/2015
Sommersemester 2015
Wintersemester 2015/2016
Sommersemester 2016
Wintersemester 2016/2017
Sommersemester 2017
Wintersemester 2017/2018
Sommersemester 2018
Wintersemester 2018/2019
Sommersemester 2019
Wintersemester 2019/2020
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Wintersemester 2020/2021
Sommersemester 2021
Wintersemester 2021/2022
Sommersemester 2022
Wintersemester 2022/2023
Vorlesungen
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