Qualification program
Regular Events SS 06 - SS 15
- Seminar of the RTG (Homepage)
Recommended Lectures WS 14/15
- Khrabustovskyi: Homogenization of partial differential equations (4 SWS)
- Hettlich: Streutheorie (4 SWS)
Recommended Lectures SS 14
- Jahnke: Numerical methods for Maxwell's equations (2+1 SWS)
- Rottmann-Matthes: Travelling Waves (3+1 SWS)
- Schratz: Aspects of Numerical Time Integration (2+2 SWS)
Recommended Lectures WS 13/14
- Khrabustovskyi: Introduction to the Homogenization Theory (2 SWS)
- Rottmann-Matthes: Dynamical Systems (4+2 SWS)
- Schratz: Splitting Methods (2+1 SWS)
- Weis: Evolutionsgleichungen (4+2 SWS)
Recommended Lectures SS 13
- Blatt: Variationsrechnung (4 SWS)
- Dörfler: Adaptive Finite Element Methods (2+1 SWS)
- Jahnke: Geometric Numerical Integration (2+1 SWS)
- Plum: Rand- und Eigenwertprobleme (4+2 SWS)
- Schnaubelt: Internetseminar 'Operator Semigroups for Dispersive Equations'
Recommended Lectures WS 12/13
- Hochbruck: Innovative Integratoren für Evolutionsgleichungen (4+2 SWS)
- Kirsch: Introduction into Maxwell's Equations (4+2 SWS)
- Schnaubelt: Operator Semigroups for Dispersive Equations (2 SWS)
Recommended Lectures SS 12
- Cohen: Geometric Numerical Integration (2+1 SWS)
- Dörfler: Numerical methods for hyperbolic equations (2 SWS)
- Lamm: Wave equations (4+2 SWS)
Recommended Lectures WS 11/12
- Lecture Series of the Research Training Group (Homepage)
- Hochbruck, Schnaubelt: Analysis und Numerik von Wellenphänomenen (Homepage 2 SWS)
- Schnaubelt, Jahnke: Internet Seminar 'Operator Semigroups for Numerical Analysis' (2 SWS)
Recommended Lectures SS 11
- Hoang: Differential Equations with Periodic Coefficients (2 SWS)
- Dörfler: Numerical methods for Maxwell’s equations (2 SWS)
Recommended Lectures WS 10/11
- Hochbruck: Exponential Integrators (2 SWS)
- Neuss: Homogenisierung (2 SWS)
- Reichel: Nonlinear Schrödinger Equation - Stationary aspects (2 SWS)
- Schnaubelt: Evolution Equations (4 SWS)
Recommended Lectures SS 10
- Busch: Theoretical Optics (2 SWS)
- Busch, Dörfler: Optische Kräfte und deren Anwendungen (2 SWS)
- Dörfler: Adaptive Finite Element Methods (2 SWS)
- Jahnke: Numerical methods for timedependent Maxwell's equations (2 SWS)
- Plum: Computer-assisted proofs for partial differential equations (2 SWS)
- Schnaubelt: Nonlinear Schrödinger Equations - Dynamical Aspects (2 SWS)
- Schnaubelt: Spectral theory (4 SWS)
Recommended Lectures WS 09/10
- Busch: Numerical Methods in Photonics (2 SWS)
- Jahnke: High-dimensional approximation (2 SWS)
- Mayer: Iterative Methods for Sparse Linear Systems (SWS)
- Neuß: Numerik Partieller Differentialgleichungen 2 (4+2 SWS)
- Plum, Reichel: Variational methods and applications to PDEs (2+1 SWS)
- Weis: Fourieranalysis II (4+2 SWS)
Recommended Lectures SS 09
- Jahnke: Geometric numerical integration (2 SWS)
- Kirsch: Mathematical Theory of Maxwell's Equations (4 SWS)
- Plum: Boundary and Eigenvalue Problems (4+2 SWS)
- Reichel: Sobolev Spaces (2 SWS)
Recommended Lectures WS 08/09
- Wieners: Numerical methods for Maxwell’s equations 2 (2 SWS)
Recommended Lectures SS 08
- Jahnke: Numerical Methods for Quantum Dynamics (2 SWS)
- Plum: Computerunterstützte Beweise bei partiellen Differentialgleichungen (4 SWS)
- Schnaubelt: Evolutionsgleichungen (2 SWS)
- Weis: Spectral Theory (4 SWS)
- Wieners: Numerical Methods for Maxwell's Equations (2 SWS)
Recommended Lectures WS 07/08
- Dohnal, Engstrom: Mathematical Topics on Photonic Crystals (2 SWS)
- Dörfler: Adaptive finite element methods (2 SWS)
Recommended Lectures SS 07
- Dörfler: Numerical methods for the Maxwell equations 2 (2 SWS)
- Hettlich: Die Maxwell–Gleichungen (2 SWS)
Recommended Lectures WS 06/07
- Dörfler: Numerical methods for the Maxwell equations 1 (2 SWS)
- Schneider, Lescarret: Pulse Dynamics (2 SWS)