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General Relativity (GR) / Quantum Field Theory (QFT)

In the module Quantum Field Theory / General Theory of Relativity you will deepen previous knowledge and specialize in astrophysics, acquire and train new skills. This includes 

  •  to master the fundamental concepts of quantum field theory and/or general relativity,
  •  to apply the basic concepts to investigate and predict the behavior of simple systems,
  •  to work on and solve simple model problems independently and justify their approach,
  •  interdisciplinary skills through the expanded range of subjects including related topics in neighboring areas such as astrophysics, particle physics and physics-related mathematics eligible as specialized courses.

The module prepares for topics of current research in in quantum field theory and/or general relativity and towards their own research activity within the master thesis. The module is subdivided into a core courses, specialized courses, an advanced seminar, a research internship and contains Lectures, problem classes, seminar (optional), research internship (guidance to independent research; optional).

You can find the courses on Klips.

List of lectures which has been accepted in earlier semesters

Lecture Title / Topic

Description HPW CP Semester
Core Courses
Relativity and Cosmology I  Detail 4+2 9 W
Relativity and Cosmology II  Detail 4+2 9 S
Quantum Field Theory I  Detail 4+2 9 S
Quantum Field Theory II  Detail 4+2 9 W
Specialized Courses
Quantum Aspects of Gravity: Quantum Gravity,
The Early Universe, QFT in Curved Spacetime,
Foundations of Quantum Theory, Quantum Black Holes
 Detail 2 3 W/S
Particle- and Astrophysics: Advanced Astrophysics, 
Group Theory, Theoretical Particle Physics, Advanced
Theoretical Physics, Theoretical Astroparticle Physics,
Superstring Theory, Supersymmetry
 Detail 3+1 6 W/S
Mathematics: Topology, Differential Geometry, 
Theory of Groups, Functional Analysis, 
Geometry and Analysis on Supermanifolds and
Lie Supergroups
 Detail 2/4+2 3/6 W/S
Geometry in Physics  Detail 4+2 9 S
Seminars
Advanced seminar on current topics in GR/QFT   2 3