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Courses and Seminars


SS17
Introduction to programming for physicists and materials scientists → Digicampus
WS16/17
Python for natural scientists
Preparatory course in mathematics for physicists and materials scientists
SS16
Introduction to programming for physicists and materials scientists
Mathematics supplements II
WS15/16
Geometry and Gravitation (together with Prof. Dr. Marc Nieper-Wißkirchen)
Mathematics supplements I
Seminar on Thermoelectric Properties of Nano- and Heterostructures (together with Prof. Dr. Ulrich Eckern and Prof. Dr. Manfred Albrecht)
SS15
Introduction to programming for physicists and materials scientists
Mathematics supplements II
Seminar on Modern aspects of quantum theory
WS14/15
Mathematics supplements I
Python for natural scientists
Relativistic quantum field theory
SS14
General relativity
Introduction to programming for physicists and materials scientists
Seminar on Hamiltonian dynamics and semiclassics (together with Prof. Dr. Kai Cieliebak)
SS13
Mathematics supplements II
Introduction to programming for physicists and materials scientists
Seminar on “The Creation as seen from natural sciences, theology, and musicology” (together with Prof. Dr. Franz Xaver Sedlmeier, Prof. Dr. Franz Körndle, and Prof. Dr. Frank Jenko)
WS12/13
Preparatory course in mathematics for physicists and materials scientists
Mathematics supplements I
Python for natural scientists
Seminar on “Modern aspects of quantum theory” (together with Prof. Dr. Ulrich Eckern)
SS12
Mathematical concepts II
Introduction to programming for physicists and materials scientists
WS11/12
Relativistic quantum field theory
SS11
Introduction to programming for physicists and materials scientists
Theoretical Concepts in Materials Science
WS10/11
Relativistic quantum field theory
SS10
Introduction to programming for physicists and materials scientists
Theoretical Concepts in Materials Science
Seminar on “Special Problems of Quantum Theory”
WS09/10
General relativity
SS09
Theoretical physics II for teachers (Electrodynamics)
SS08
Quantum entanglement
Theoretical concepts in materials science
WS07/08
General relativity
SS07
Mathematical concepts II
WS06/07
Mathematical concepts I
SS06
Theoretical physics II (Electrodynamics)
WS05/06
General relativity
SS05
Theoretical physics II for materials scientists / Theoretical physics IV for teachers
Quantum entanglement
Compact seminar “Is time what one reads off a watch? Time concepts in nature and literature” (together with Dr. Bernadette Malinowski)
WS04/05
Theoretical physics I for materials scientists
SS04
Feynman path integrals in quantum mechanics and statistics
WS03/04
Quantum mechanics II
WS02/03
Quantum information [Literature]
SS02
Quantum optics
Seminar “Colours and light from an esthetic and physics perspective” (together with Dr. Bernadette Malinowski)
WS01/02
Theoretical physics I (Classical mechanics)
SS01
Mathematical methods in physics
WS00/01
Quantum mechanics II
SS00
Fundamental aspects of quantum theory [Literature]
WS99/00
Theoretical physics III (Quantum mechanics)
SS99
Quantum optics
SS98
Feynman path integrals in quantum mechanics and statistics
WS97/98
General relativity
SS97
Theoretical physics II (Electrodynamics)
WS96/97
Theoretical physics I (Classical mechanics)
WS95/96
Quantum mechanics II
SS95
Quantum optics
WS94/95
Theoretical physics I (Classical mechanics)
SS94
Mathematical methods in physics