Teaching

Past terms:

• WT 23/24:
  Quantum Field Theory of Many-Body Systems Lecture (MVSpec).
• WT 22/23:
  Quantum Field Theory of Many-Body Systems Lecture (MVSpec).
• ST 22:
  Quantum Phase Transitions Lecture (MVSpec).
• WT 21/22:
  Quantum Field Theory of Many-Body Systems Lecture (MVSpec).
• WT 20/21:
  Quantum Field Theory of Many-Body Systems Lecture (MVSpec).
• ST 20:
  Quantum Phase Transitions Lecture (MVSpec).
• WT 19/20:
  Quantum Field Theory of Many-Body Systems Lecture (MVSpec).
• WT 18/19:
  Theoretische Physik III (Elektrodynamik). Lecture (PTP3). Übungen zur Th. Phys. III.
  
• ST 18:
  Networks in Quantum Science. Seminar (MVSem). With Dr. Martin Gärttner.
• ST 17:
  Quantum Phase Transitions. Lecture (MVSpec). Exercises accompanying the lecture.
• WT 16/17:
  Quantum Field Theory of Many-Body Systems Lecture (MVSpec).
• ST 16:
  Advanced Quantum Theory Lecture (MVAMO2).
• WT 15/16:
  Moderne Quantenmechanik in Theorie/Experiment Seminar (PSEM).
• ST 15:
  Quantum Field Theory of Many-Body Systems - Introduction to Quantum Phase Transitions. Lecture (MVSpec). Exercises accompanying the lecture.
  Entanglement and Quantum Phase Transitions. Seminar (MVSem).
• WT 14/15:
  Quantum Field Theory of Many-Body Systems. Lecture (MVSpec). Exercises accompanying the lecture.
  
• WT 13/14:
  Spezielle Probleme der Quantenmechanik. Seminar (PSEM).
• ST 13:
  Theoretische Physik IV (Quantenmechanik). Lecture (PTP4). Übungen zur Th. Phys. IV.
  
• WT 12/13:
  Field theory of quantum many-body systems. Lecture (MVSpec). Exercise group.
  
• WT 11/12:
  Geometry & Topology in Physics. Lecture (MVSpec). Exercise group.
  
• ST 11:
  Quantum Many-Body Dynamics II. Lecture (MVSpec). Exercise group.
  
• WT 10/11:
  Quantum Many-Body Dynamics I. Lecture (MVSpec). Exercise group.
  
• ST 10:
  Quantum Optics. Lecture.
• WT 09/10:
  Advanced Topics in Statistical Physics. Lecture.
  Quark-Gluon Plasma and Cold Atoms. Five-o'-clock tea.
• WT 08/09:
  Ultracold Atomic Fermi Gases. Lecture.
  Ultracool Gases far from Equilibrium. Lecture series. Mitteldeutsche Physik-Combo WS 2008.
  Ultracold Dynamics far from Equilibrium. Lecture. XXI. Heidelberg Graduate Courses 2008.
• ST 08:
  Ultracold Atomic Quantum Gases. Lecture. Together with Prof. Dr. M. Oberthaler.
  The Quark Gluon Plasma and Cold Atomic Physics. Preseminar. Extreme Matter Institute (EMMI) Workshop. Together with Prof. Dr. M. Oberthaler, Prof. Dr. J.M. Pawlowski, Prof. Dr. J. Stachel.
• WT 07/08:
  Mathematische Methoden für Physiker (Lehramt) . Lecture.
• ST 07:
  Dynamics of cold atomic gases. Lecture.
  Theoretisch-physikalisches Seminar für mittlere Semester über Probleme der Statistischen Mechanik. Download schedule and subjects of talks here (PDF) [PS file].
• WT 06/07:
  Path integrals in quantum physics. Lecture.
• ST 06:
  Theoretisch-physikalisches Seminar für mittlere Semester über Probleme der Statistischen Mechanik. Download schedule and subjects of talks here (PDF) [PS file].
• WT 05/06:
  Mathematischer Vorkurs für Physiker und Übungen dazu, Blockveranstaltung, 04.-14.10.05, 9:15-17:00, INF227, HS2
• ST 05:
  Gruppenunterricht zur Physik II - Elektromagnetismus, Wellen
• WT 04/05:
  Entartete Quantengase. Lecture.
• WT 02/03:
  Bose-Einstein Condensation in dilute Gases. Lecture. (Simulations: Collective excitations of a BEC in a spherical harmonic trap)
• ST 99:
  Problems in Classical Mechanics (Simulations: The chaotic damped, driven pendulum)