Summer Term 2020

• Experimentalphysik II (SS 20)
  Lecturer: Frank   <LSF>  <Moodle>
• Experimentalphysik IV (Kern- und Teilchenphysik) (SS 20)
  Lecturer: Stachel   <LSF>
• Theoretische Physik II (Analytische Mechanik und Thermodynamik) (SS 20)
  Lecturer: Prof. Dr. Bartelmann   <LSF>
• Theoretische Physik IV (Quantenmechanik) (SS 20)
  Lecturer: Haverkort   <LSF>  <Moodle>
• The Interstellar Medium (SS 20)
  Lecturer: Kreckel & Jahnke   <LSF>  <Moodle>  Seminar

  This seminar focuses on the physics of the interstellar medium. We will cover topics including: the conditions for star formation, gas physics, gas dynamics, observational and simulation techniques. A key goal of this course is to provide students the opportunity to practice and improve on their presentation skills in a constructive learning environment. This course is offered in english.
• Astronomie des nichtthermischen Universums (SS 20)
  Lecturer: Spanier   <LSF>  <Moodle>  Seminar
• Seminar: Quantenmechanik (SS 20)
  Lecturer: Klevansky Thommes   <LSF>  Seminar
• Schlüsselexperimente der Teilchenphysik (SS 20)
  Lecturer: Reygers Bachmann Herrmann   <LSF>  Seminar
• Schlüsselexperimente der Atom- und Molekülphysik (SS 20)
  Lecturer: Kreckel, Wolf   <LSF>
• Experimentelle Methoden der Biophysik
  
  Lecturer: Hesser   <LSF>  <Homepage>   Pflichtseminar
• Ausgewählte Methoden der Experimentellen Biophysik
  
  Lecturer: Hausmann   <LSF>  <Homepage>   Pflichtseminar
• Seminar: Elektrodynamik
  
  Lecturer: Hebecker   <LSF>  <Homepage>   Pflichtseminar
• Tests von Grundlagen der modernen Physik bei niedriger Energie; Geometrische Algebra
  
  Lecturer: DeKieviet   <LSF>   Pflichtseminar
• Theorie im Überblick
  
  Lecturer: Salmhofer Bartelmann   <LSF>  <Homepage>   Seminar
• Theorie im Überblick
  
  Lecturer: Salmhofer Bartelmann   <LSF>  <Homepage>   Pflichtseminar
• Seminar zum Physikalisches Praktikum für Fortgeschrittene II
  
  Lecturer: Deppner Marks Herrmann Reiser Stamen   <LSF>   Pflichtseminar
• Physics of viruses - mathematical models for structure, assembly and spread
  
  Lecturer: Schwarz Graw   <LSF>  <Homepage>   Pflichtseminar

Astronomie und Astrophysik [BWA]

Bio- und Medizinische Physik [BWB]

(Elementar-) Teilchenphysik [BWE]

Physik der kondensierten Materie [BWK]

Theoretische Physik [BWT]

Umweltphysik [BWU]

• Statistische Methoden (SS 20)
  Lecturer: Ludwig   <LSF>
• Methoden der mathematischen Physik 1 (MMP 1) (SS 20)
  Lecturer: Salmhofer   <LSF>
• Introduction to Computational Physics (SS 20)
  Lecturer: Prof. Rainer Spurzem  <LSF>  <Moodle>
• Mathematischer Vorkurs für Physiker
  
  Lecturer: Thommes   <LSF>   Vorlesung / Übung
• Entrepreneurship
  
  Lecturer: Garbe Haschke   <LSF>   Vorlesung / Übung
• Physik in der modernen Gesellschaft
  
  Lecturer: Stamatescu   <LSF>   Seminar
• Programmieren in C++
  
  Lecturer: Kreidl Fischer   <LSF>  <Homepage>   Vorlesung / Übung
• Python: programming for scientists, group 1 (SS 20)
  Lecturer: Schmidt   <LSF>
• Python: programming for scientists, group 2 (SS 20)
  Lecturer: Hundertmark   <LSF>
• Python: programming for scientists, group 3 (SS 20)
  Lecturer: Schneider   <LSF>
• Python: programming for scientists, group 4 (SS 20)
  Lecturer: Reffert   <LSF>
• Python: programming for scientists, group 5 (SS 20)
  Lecturer: Tsapras   <LSF>

  The Python course this year will be held online using HeiCONF. The link for the room is https://heiconf.uni-heidelberg.de/t9cu-rc74-j79a-k4jp You will be emailed the password a few days before the course begins. You will be provided with three problem sheets during the course, which will be marked, and you will need at least 60% of the total points to pass. There is no grading, just a pass or fail. The first two problem sheets are to be handed in during the week of the course, while the last one has to be submitted a week later.
• Datenauswertung mit Mathematica (SS 20)
  Lecturer: Schmidt   <LSF>
• Physik des Alltags (SS 20)
  Lecturer: Dullemond   <LSF>  <Moodle>
• Physik des Alltags
  
  Lecturer: Dullemond   <LSF>   Vorlesung mit Seminar

• Dynamics of galaxies, star clusters and planetary systems (SS 20)
  Lecturer: Spurzem Just   <LSF>  Seminar
• General Relativity (SS 20)
  Lecturer: Bjoern Malte Schaefer  <LSF>
• Quantum technologies (SS 20)
  Lecturer: M. Gärttner, P. Preiß   <LSF>  Seminar

  Seminar
• Seminar: Statistical Physics (SS 20)
  Lecturer: Wolschin   <LSF>  Seminar
• Astronomical Techniques (SS 20)
  Lecturer: Pasquali   <LSF>
• Condensed Matter Physics (SS 20)
  Lecturer: Prof. Dr. Rüdiger Klingeler  <LSF>
• Cosmic Explosions (SS 20)
  Lecturer: Schneider   <LSF>  Seminar
• Recent highlights and future directions in particle physics (SS 20)
  Lecturer: Borsato Sefkow Stamen  <LSF>  Seminar
• From Soft Matter to Synthetic Biology (SS 20)
  Lecturer: Ziebert, Göpfrich  <LSF>  Seminar
• Umweltphysik (SS 20)
  Lecturer: Butz Aeschbach   <LSF>  <Moodle>
• Looking for the invisible Universe: Dark Matter and Neutrinos (SS 20)
  Lecturer: Uwer Lindner Gastaldo   <LSF>  Seminar
• Condensed Matter Physics
  
  Lecturer: Klingeler   <LSF>   Vorlesung
• Exercises on General Relativity
  
    <LSF>   Übung
• Advanced Experimental Methods in Condensed Matter Physics (SS 20)
  Lecturer: Enss, Kempf, Klingeler  <LSF>  Seminar
• Masterseminar Umweltphysik
  
  Lecturer: Rehfeld Hammer Butz Balschbach   <LSF>   Master-Pflichtseminar
• Methods of Physics in Biology and Medicine
  
  Lecturer: Kuder Seco Bachert   <LSF>  <Homepage>   Master-Pflichtseminar
• Modeling and Simulating Interacting Complex and Evolving Systems
  
  Lecturer: Roth   <LSF>   Master-Pflichtseminar
• Machine learning for the molecular world
  
  Lecturer: Wade Gräter   <LSF>   Master-Pflichtseminar
• Physics of viruses - mathematical models for structure, assembly and spread (SS 20)
  Lecturer: Schwarz, Graw  <LSF>  Seminar

Astronomy and Astrophysics [MVA]

Atomic, Molecular and Optical Physics [MVO]

Bio- and Medical Physics [MVB]

Computational Physics [MVX]

Condensed Matter Physics [MVC]

Environmental Physics [MVE]

Particle Physics [MVP]

Theoretical Physics [MVT]

• Statistische Methoden (SS 20)
  Lecturer: Ludwig   <LSF>
• Introduction to Computational Physics (SS 20)
  Lecturer: Prof. Rainer Spurzem  <LSF>  <Moodle>
• Design your AI-based start-up
  
  Lecturer: Rother   <LSF>  <Homepage>   Vorlesung
• Entrepreneurship
  
  Lecturer: Garbe Haschke   <LSF>   Vorlesung / Übung
• Programmieren in C++
  
  Lecturer: Kreidl Fischer   <LSF>  <Homepage>   Vorlesung / Übung
• Python: programming for scientists, group 1 (SS 20)
  Lecturer: Schmidt   <LSF>
• Python: programming for scientists, group 2 (SS 20)
  Lecturer: Hundertmark   <LSF>
• Python: programming for scientists, group 3 (SS 20)
  Lecturer: Schneider   <LSF>
• Python: programming for scientists, group 4 (SS 20)
  Lecturer: Reffert   <LSF>
• Python: programming for scientists, group 5 (SS 20)
  Lecturer: Tsapras   <LSF>

  The Python course this year will be held online using HeiCONF. The link for the room is https://heiconf.uni-heidelberg.de/t9cu-rc74-j79a-k4jp You will be emailed the password a few days before the course begins. You will be provided with three problem sheets during the course, which will be marked, and you will need at least 60% of the total points to pass. There is no grading, just a pass or fail. The first two problem sheets are to be handed in during the week of the course, while the last one has to be submitted a week later.

• Astronomical Techniques (SS 20)
  Lecturer: Pasquali   <LSF>
• Computational Astrophysics (SS 20)
  Lecturer: Röpke   <LSF>
• Stellar Astrophysics (SS 20)
  Lecturer: Jordan, Klessen   <LSF>
• Institutskolloquium des ARI
  
  Lecturer: Wambsganß Grebel   <LSF>  <Homepage>   Kolloquium
• Astronomical Techniques (compact) (Block)
  
  Lecturer: Grebel   <LSF>  <Homepage>   Vorlesung / Übung
• Cosmology (compact) (Block)
  
  Lecturer: Pillepich   <LSF>   Vorlesung / Übung
• Galactic and Extragalactic Astronomy
  
  Lecturer: Grebel   <LSF>  <Homepage>   Vorlesung / Übung / Seminar
• Einführung in den Gravitationslinseneffekt
  
  Lecturer: Wambsganß   <LSF>  <Homepage>   Vorlesung
• Numerical Techniques for modeling Relativistic Hydrodynamics
  
  Lecturer: Hujeirat   <LSF>  <Homepage>   Vorlesung / Übung
• Small Stellar Systems
  
  Lecturer: Koch   <LSF>  <Homepage>   Vorlesung / Übung
• Star Clusters (SS 20)
  Lecturer: Parmentier   <LSF>
• The Dark Ages of the Universe
  
  Lecturer: Glover   <LSF>  <Homepage>   Vorlesung
• SU(2) Yang-Mills thermodynamics: implications for the CMB temperature-redshift relation and the cosmological model at high redshifts
  
  Lecturer: Hofmann   <LSF>   Vorlesung
• Astronomisch-Astrophysik. Prakt. - Beobachtungen
  
  Lecturer: Heidt   <LSF>  <Homepage>   Übung
• Lab-class High-Energy Astrophysics
  
  Lecturer: Wagner   <LSF>  <Homepage>   Übung
• Introduction to Astronomy and Astrophysics
  
  Lecturer: Just Jordan   <LSF>   Vorlesung / Übung
• Advanced seminar on current research topics (IMPRS 3)
  
  Lecturer: Fendt   <LSF>  <Homepage>   Forschungsseminar
• Astronomical data analysis
  
  Lecturer: Pasquali   <LSF>   Forschungsseminar
• Astrophysik Seminar
  
  Lecturer: Kirk   <LSF>  <Homepage>   Forschungsseminar
• Current Topics in Astronomical Instrumentation
  
  Lecturer: Quirrenbach   <LSF>   Forschungsseminar
• Galaxy Clusters
  
  Lecturer: Maturi   <LSF>   Forschungsseminar
• Galaxy Evolution
  
  Lecturer: Grebel   <LSF>   Forschungsseminar
• MPIA Galaxy Coffee
  
  Lecturer: Neumayer   <LSF>  <Homepage>   Forschungsseminar
• New Literature on Gravitational Lensing
  
  Lecturer: Wambsganß   <LSF>  <Homepage>   Forschungsseminar
• Particle Acceleration in Astrophysical Plasmas
  
  Lecturer: Rieger   <LSF>  <Homepage>   Forschungsseminar
• Physics of stellar objects
  
  Lecturer: Röpke   <LSF>   Forschungsseminar
• Protoplanetary disc structure and evolution - in observation and theory
  
  Lecturer: Bitsch   <LSF>   Forschungsseminar
• Seminar on current research topics (IMPRS 2)
  
  Lecturer: Beuther Fendt   <LSF>  <Homepage>   Forschungsseminar
• The High Redshift Universe
  
  Lecturer: Glover   <LSF>   Forschungsseminar

• General Relativity (SS 20)
  Lecturer: Bjoern Malte Schaefer  <LSF>
• Advanced Quantum Field Theory (QFT II) (SS 20)
  Lecturer: Jaeckel Pawlowski   <LSF>
• Condensed Matter Physics (SS 20)
  Lecturer: Prof. Dr. Rüdiger Klingeler  <LSF>
• Condensed Matter Theory 2 (SS 20)
  Lecturer: T. Enss   <LSF>
• Theoretisch-Physikalisches Kolloquium
  
  Lecturer: Hebecker   <LSF>   Kolloquium
• Condensed Matter Physics
  
  Lecturer: Klingeler   <LSF>   Vorlesung

• Radiative Transport in the Earth's Atmosphere (SS 20)
  Lecturer: Knapp Hemmer Butz   <LSF>
• Physik des Klimasystems II (SS 20)
  Lecturer: Rehfeld/Hammer   <LSF>
• Claims of climate denialists: a skeptical discussion based on Physics and Earth Sciences (SS 20)
  Lecturer: Rehfeld, Weitzel, Pfeilsticker, Hammer  <LSF>  Seminar
• Umweltphysik (SS 20)
  Lecturer: Butz Aeschbach   <LSF>  <Moodle>
• Physik Aquatischer Systeme (SS 20)
  Lecturer: Aeschbach   <LSF>  <Moodle>
• Kolloquium über neuere Arbeiten aus der Umweltphysik
  
  Lecturer: Schröder-Ritzrau Aeschbach   <LSF>  <Homepage>   Kolloquium
• Chaotic, Complex and Evolving Environmental Systems
  
  Lecturer: Roth   <LSF>   Vorlesung / Übung
• Physik und Chemie der Ozeane (Marine Geochemie) (SS 20)
  Lecturer: Frank, Schröder-Ritzrau, Warken   <LSF>
• Literaturseminar Umweltphysik
  
  Lecturer: Schmidt Frank   <LSF>   Forschungsseminar

• Advanced Quantum Field Theory (QFT II) (SS 20)
  Lecturer: Jaeckel Pawlowski   <LSF>

• Standard Model of Particle Physics (SS 20)
  Lecturer: Westhoff, Schöning  <LSF>
• General Relativity (SS 20)
  Lecturer: Bjoern Malte Schaefer  <LSF>
• Advanced Quantum Field Theory (QFT II) (SS 20)
  Lecturer: Jaeckel Pawlowski   <LSF>
• The Physics of Particle Detectors (SS 20)
  Lecturer: Pachmayer   <LSF>  Seminar
• Experimental Methods on Astro-particle Physics (SS 20)
  Lecturer: Marrodán Undagoitia, Gastaldo   <LSF>
• Quantum Phase Transitions (SS 20)
  Lecturer: Gasenzer   <LSF>
• Theoretical Quantum Optics (SS 20)
  Lecturer: Evers  <LSF>  <Moodle>
• Modern Aspects of Nuclear Physics (SS 20)
  Lecturer: Schweda Braun-Munzinger   <LSF>
• Fundamental Physics @ Low Energies (SS 20)
  Lecturer: Jaeckel   <LSF>
• Quark and Lepton-Flavor Physics (SS 20)
  Lecturer: Uwer   <LSF>
• Advanced Dark Matter (SS 20)
  Lecturer: Arcadi   <LSF>
• SU(2) Yang-Mills thermodynamics: implications for the CMB temperature-redshift relation and the cosmological model at high redshifts
  
  Lecturer: Hofmann   <LSF>   Vorlesung
• Symmetries (SS 20)
  Lecturer: Flörchinger   <LSF>
• Journal Club on Topics in Topological and Geometric Methods in Data Analysis
  
  Lecturer: Wienhard   <LSF>   Seminar / Tutorium
• Arbeitsgruppenseminar zu aktuellen Themen der Hochenergiephysik
  
  Lecturer: Goertz   <LSF>   Forschungsseminar
• Metro MMC Workshop
  
  Lecturer: Haverkort   <LSF>   Workshop
• Multiparticle Dynamics Group Seminar
  
  Lecturer: Wolschin   <LSF>  <Homepage>   Forschungsseminar
• Quantum fields, fluids and information
  
  Lecturer: Flörchinger   <LSF>   Forschungsseminar
• Quantum many-body theory
  
  Lecturer: Gärttner   <LSF>   Forschungsseminar

• Advanced Quantum Theory (SS 20)
  Lecturer: Mielke   <LSF>
• Superconducting Quantum Devices SQUIDs, Qubits, and Quantum-Limited Amplifiers (SS 20)
  Lecturer: Kempf   <LSF>
• Low Temperature Physics (SS 20)
  Lecturer: Prof. Dr. C. Enss   <LSF>
• Condensed Matter Theory 2 (SS 20)
  Lecturer: T. Enss   <LSF>
• Ultrafast strong field physics (SS 20)
  Lecturer: Ott  <LSF>
• Experimental Methods in Atomic & Molecular Physics (SS 20)
  Lecturer: Crespo López-Urrutia   <LSF>

  The course 'Experimental Methods in Atomic & Molecular Physics' will cover advanced experimental laser methods for the investigation of fundamental properties of quantum systems. Topics will include preparation and cooling of atomic, molecular and ionic species, cold quantum gases, studies of ultrashort quantum dynamics and fundamental physics with precision methods. We will proceed from the most basic methods in use to modern advanced techniques. In the exercises, the participants will analyze seminal and current publications from the point of view of the experimental methodology in order to gain an understanding of how to conceive, design and perform laboratory work in this field. The course (4 CP) will be evaluated based on the weekly problem sets. The sheets will be discussed weekly, and they should delivered by email (crespojr@mpi-hd.mpg.de) before the beginning of the lecture. Participants are expected to send in at least 70% of the assignments, with 40% (from the total) adequately correct responses, and to lead the discussion of at least one partial task (of one sheet) in the video session for a passing grade.
• Tutorial Superconducting Quantum Devices SQUIDs, Qubits, and Quantum-Limited Amplifiers
  
  Lecturer: Kempf   <LSF>   Übung
• Key Experiments in Atomic and Laser Physics
  
  Lecturer: Quint   <LSF>   Master-Pflichtseminar
• Quantum dynamics and structure (SS 20)
  Lecturer: Moshammer Feuerstein   <LSF>  Seminar
• Your passion for (AMO-)physics: What are you curious about? (SS 20)
  Lecturer: Pfeifer   <LSF>  Seminar
• Introduction to Organic Electronics
  
  Lecturer: Jacobsen   <LSF>  <Homepage>   Vorlesung
• ANN Journal Club
  
  Lecturer: Gärttner   <LSF>   Forschungsseminar
• ATTA Journal Club
  
  Lecturer: Strobel Oberthaler   <LSF>   Forschungsseminar
• Journal Club (Grp. Jochim)
  
  Lecturer: Jochim   <LSF>   Forschungsseminar
• Journal Club (Grp. Pfeifer)
  
  Lecturer: Pfeifer   <LSF>   Forschungsseminar
• Journal Club (Rydberg Group)
  
  Lecturer: Zürn Weidemüller   <LSF>   Forschungsseminar
• Aktuelle Themen der Kosmologie
  
  Lecturer: Bartelmann   <LSF>   Forschungsseminar

• Aktuelle Themen aus dem Bereich Mikroelectronik und Sensorik
  
  Lecturer: Kugel Strzodka Fischer   <LSF>  <Homepage>   Proseminar / Seminar
• Aktuelle Themen aus der Technischen Informatik
  
  Lecturer: Kugel Strzodka   <LSF>  <Homepage>   Proseminar / Seminar
• Control Systems Design
  
  Lecturer: Masia Missiroli Alicea   <LSF>   Vorlesung / Übung
• Interplay of Parallel Hardware, Software and Algorithms
  
  Lecturer: Strzodka   <LSF>  <Homepage>   Proseminar / Seminar
• Microcontroller Based Embedded Systems
  
  Lecturer: Wurz Strzodka   <LSF>   Vorlesung / Übung
• Rechnerarchitektur und Hardwarestrukturen
  
  Lecturer: Brüning   <LSF>  <Homepage>   Proseminar / Seminar
• Reconfigurable Embedded Systems
  
  Lecturer: Kugel Strzodka   <LSF>  <Homepage>   Vorlesung / Übung
• Robot Aided Rehabilitation and Exosuits for Human Augmentation
  
  Lecturer: Masia   <LSF>  <Homepage>   Proseminar / Seminar
• Seminar Fröning
  
  Lecturer: Fröning   <LSF>  <Homepage>   Proseminar / Seminar

• Entrepreneurship
  
  Lecturer: Garbe Haschke   <LSF>   Vorlesung / Übung

• Accelerator Practice
  
  Lecturer: Strzodka   <LSF>  <Homepage>   Vorlesung / Übung
• Components, Basic Circuits & Simulation
  
  Lecturer: Fischer   <LSF>  <Homepage>   Vorlesung / Übung
• Digital Semi Custom Design Flow
  
  Lecturer: Brüning   <LSF>   Vorlesung / Übung
• Functional Verification
  
  Lecturer: Brüning   <LSF>   Vorlesung / Übung
• Haptics and Human Robot Interaction / Rehabilitation
  
  Lecturer: Masia Lotti   <LSF>   Vorlesung / Übung
• High Performance Interconnection Networks
  
  Lecturer: Brüning Neuwirth   <LSF>   Vorlesung / Übung
• Robotic Games
  
  Lecturer: Dieterich Masia   <LSF>   Vorlesung / Übung
• Robotics 2 - Simulation and Optimization in Robotics
  
  Lecturer: Schubert Marinou   <LSF>   Vorlesung / Übung