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Core Modules
A: Advanced and Applied Quantum Mechanics
B: Quantum Field Theory and Gauge Theories
C: Cosmology, General Relativity and Differential Geometry
D: Stringtheory and Geometry
E: Statistical Physics and Stochastics
F: Special modules
G: Supplementary Modules
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Courses
Core Modules
Each student has to take two out of three core modules
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P1 Mathematical Quantum Mechanics (K1)
WP1 Differential Geometry (K2)
WP2 Mathematical Statistical Mechanics (K3)
A: Advanced and Applied Quantum Mechanics
WP3 Solid State Theory (TA1)
WP4 Mesoscopic Physics (TA2)
WP5 Many Body Theory (TA3)
WP6 Condensed Matter Field Theory (TA4)
WP7 Quantum Optics (TA6)
WP8 Quantum Information Processing (TA7)
WP9 Advanced Mathematical Quantum Mechanics (MA1)
WP10 Introduction to Partial Differential Equations (MA2)
WP11 Advanced Partial Differential Equations (MA3)
B: Quantum Field Theory and Gauge Theories
WP12 Quantum Electrodynamics (TB1)
WP13 QCD/Standard Model (TB2)
WP14 Supersymmetry (TB3)
WP15 Lie groups and their represenations (MB1)
WP16 Mathematical Gauge Theory I (MB2)
WP17 Mathematical Gauge Theory II (MB3)
C: Cosmology, General Relativity and Differential Geometry
WP18 General Relativity (TC1)
WP19 Cosmology (TC2)
WP20 Quantum Field Theory in Curved Spaces (TC3)
WP21 Topology I (MC1)
WP22 Topology (MC2)
D: Stringtheory and Geometry
WP23 String Theory I (TD1)
WP24 String Theory II (TD2)
WP25 Instantons and Black Holes (TD4)
WP26 Symplectic Geometry I (MD1)
WP27 Symplectic Geometry II (MD2)
WP28 Complex Geometry (MD3)
WP29 Conformal Field Theory (MD4)
E: Statistical Physics and Stochastics
WP30 Soft Condensed Matter Physics and Critical Phenomena (TE1)
WP31 Stochastic Processes in Physics and Biology (TE2)
WP32 Probability Theory (ME1)
WP33 Stochastic Processes (ME2)
WP34 Stochastic Integration and Stochastic Differential Equations (ME3)
F: Special modules
G: Supplementary Modules
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