Courses Fall 2017
|Course: ||Topics in Representation Theory |
|Course: ||Elliptic Curves and Modular Forms |
|Course: ||Multiple Zeta Values |
|Course: ||Partial Differential Equations |
|Course: ||Differential Topology|
|Course: ||Variation of Hodge Structure and tt*Geometry |
|Course: ||Mathematical Methods of Quantum Physics |
Mathematical Quantum Field Theory
|Course: ||(in block form:) Mathematical Gauge Theory|
|Course: ||General Theory of Relativity|
|Instructor: || Sigl|
|Course: || Quantum Field Theory I |
|Course: || Quantum Mechanics II |
|Course: ||Introduction to Supersymmetry and Supergravity|
|Course: ||Quantum Chromodynamics|
|Course: || Physics beyond the standard model, Phenomenology of physics beyond the standard model|
For time and place, ECTS credit points and further information, please see the "Vorlesungsverzeichnis" in
or the links to the courses.
For time and place, ECTS credit points and further information, please click the links to the courses or see the
list of lectures in
If you are in doubt which courses to take, please feel free to discuss your choice of courses with the Spokesperson or the Study Advisor. For information on course requirements and credits, please see our page on the degree structure.
PrepCourse for mathematical master programs
The PrepCourse offers a survey of mathematical techniques and, at the same, aims at bringing together master students from all mathematical master programs. Participation is not obligatory, but recommended. There is no exam, and no credit points are assigned to the course.