|
NAME |
DEDICATION |
RESEARCH INTERESTS |
SELECTED LECTURES |
|
Institute of Algebra |
|
|
Baumann, Ulrike
Prof. Dr. |
Mathematics / Discrete Structures |
• Automorphism Groups of Graphs
• Cayley Graphs
• Algebraic Methods of Cryptology |
• Discrete Structures
• Algebraic Graph Theory
• Graph Theory
• Cryptology |
Ganter, Bernhard
Prof. Dr. |
Algebraic Theory of Structures |
• Formal Concept Analysis
• Ordered sets and lattices
• Algebraic and discrete structures |
• Conceptual structures
• Order theory
• Discrete mathematics |
Pöschel, Reinhard
Prof. Dr. |
Universal Algebra |
• Universal Algebra
• Algebraic Combinatorics
• Clones of Operations and Relations |
• Universal Algebra
• Function and Relation Algebras
• Permutation Groups
• Category Theory |
Schmidt, Stefan E.
Prof. Dr. |
Methods of Applied Algebra |
• General geometric algebra
• Algebraic theory of measurement and data analysis
• Algebraic modeling via graphs, categories, weightings, semirings, convolutional structures
• Algebraic methods in interdisciplinary research |
• Algebraic structures and their applications
• Algebraic modeling and categories
• Methods of applied algebra
• Mathematics, music, communication |
|
Institute of Analysis |
|
|
Chill, Ralph
Prof. Dr. |
Functional Analysis |
• Functional analysis
• Linear and nonlinear evolution equations
• Semigroups of operators
• Parabolic and hyperbolic partial differential equations |
• Functional analysis
• Operator theory
• Evolution equations
• Partial differential equations |
Schuricht, Friedemann
Prof. Dr. |
Nonlinear Analysis |
• Nonlinear Analysis
• Calculus of Variations
• Differential Equations
• Continuum Mechanics |
• Partial Differential Equations
• Calculus of Variations
• Functional Analysis
• Geometric Measure Theory |
Siegmund, Stefan
Prof. Dr. |
Dynamical Systems and Control |
• Dynamical Systems
• Differential Equations
• Control Theory
• Lagrangian Coherent Structures |
• Dynamical Systems
• Evolution Equations
• Control Theory
• Functional Analysis |
Timmermann, Werner
Prof. Dr. |
Analysis |
• Algebras of Unbounded Operators
• Preservers in Algebras of Bounded Operators
• Quantum Structures |
• Representation Theory for Groups
• Functional Analysis
• Ergodic Theory
• Mathematical Foundations of Quantum Physics |
|
Institute of Geometry |
|
|
Brehm, Ulrich
Prof. Dr. |
Geometry / Algorithmic, Computational and Convex Geometry |
• Convex Geometry
• Discrete Geometry
• Combinatorial Topology
• Geometric Algebra |
• Convex Geometry
• Differential Geometry
• Algebraic Topology
• Non-Euclidean Geometry |
Lordick, Daniel
Prof. Dr.-Ing. |
Constructive and Descriptive Geometry |
• Architectural Geometry
• Discrete Differential Geometry
• Geometry and Art |
• Descriptive Geometry
• Constructive Geometry
• Application of CAD and Rapid Prototyping |
|
Institute of Mathematical Stochastics |
|
|
Ferger, Dietmar
Prof. Dr. |
Mathematical Statistics |
• Asymptotic Statistics
• Empirical Processes and Stochastic Optimization
• Irregular Statistical Eexperiments
• Stochastic Processes with Structural Breaks |
• Stochastic Processes with Structural Breaks
• Functional Limit Theorems |
Sasvári, Zoltán
Prof. Dr. |
Stochastic Models / Reliability, Asymptotics |
• Positive Definite Functions and their Generalizations
• Characteristic Functions of Probability Theory
• Stationary and Intrinsically Stationary Processes |
• Stationary Processes
• Multidimensional Characteristic Functions
• The Classical Limit Theorems of Probability Theory
• Measure and Integral on Locally Compact Groups
• Probability Theory |
Schilling, René
Prof. Dr. |
Probability Theory |
• Stochastic Analysis
• Jump Processes
• Stochastic (Partial) Differential Equations
• Pseudo Differential Operators |
• Stochastic Calculus
• Stochastic Analysis (Malliavin Calculus)
• Lévy Processes
• Operator Semigroups |
Schmidt, Klaus D.
Prof. Dr. |
Actuarial Mathematics and Risk Theory |
• Non-Life Insurance Mathematics
• Linear Models
• Loss Reserving
• Credibility Theory |
• Non-Life Insurance Mathematics
• Probability Theory
• Measure Theory and Integration
• Hilbert Space Methods in Probability and Statistics |
|
Institute of Numeric Mathematics |
|
|
Eppler, Karsten
Prof. Dr. |
Numerics of Optimal Control |
• Optimization Theory
• Optimal Control of PDEs
• Shape Optimization
• Numerics for Integral Equations |
• Optimal Control for Elliptic PDE
• Shape Optimization for Elliptic PDE |
Fischer, Andreas
Prof. Dr. |
Numerical Optimization |
• Nonlinear Optimization and Applications
• Complementarity Problems and Variational Inequalities
• Nonsmooth and Degenerate Problems
• Machine Learning and Applications |
• Continuous Optimization
• Discrete Optimization
• Optimization and Data Classification |
Roos, Hans-Görg
Prof. Dr. |
Numerical Methods of Partial Differential Equations |
• Singular Perturbations
• Convection-Diffusion-Equations
• Finite Element Methods
• Robust Discretization |
• Numerical Methods for PDE's
• Finite Element Methods
• Numerical Methods for Singular Perturbed Problems
• Wavelets |
|
Institute of Scientific Computing |
|
|
Padberg-Gehle, Kathrin
Jun.-Prof. Dr. |
Junior Professorship in Applied Mathematics |
• Dynamical Systems
• Computational Dynamics
• Transport Processes
• Modelling |
• Computational Dynamics |
Axel Voigt,
Prof. Dr. |
Scientific Computing and Applied Mathematics |
• Multiscale Problems in Materials and Bio-Science
• Modelling, Analysis and Numerics for nonlinear PDEs
• Software Development for Adaptive Finite Elements
• High Performance Computing |
• Modelling and Simulation
• Phase-Field-Crystal Modelling |
Wolfgang Walter,
Prof. Dr. |
Applied Discrete Mathematics |
• Numerics with Automatic Result Verification
• Interval Mathmatics
• Computational Arithmetics
• Programming Languages for Scientific Computing |
|
Wensch, Jörg
Prof. Dr. |
Senior Lectureship in Scientific Computing |
• Atmospheric Flow
• Finite Volume Methods
• Hyperbolic Differential Equations
• Time Integration of Ordinary and Semidiscretized PDE |
• Time Integration of Nonstiff Systems
• Time Integration of Stiff Systems
• Numerical Solution of Hyperbolic Differential Equations
• Geometric Integration and Hamiltonian Systems |
|
Chair of Mathematics Education |
|
|
Deschauer, Stefan
Prof. Dr. |
Didactics of Mathematics |
• Didactic Analysis of Essential Ideas and Concepts in Mathematics Education (Gymnasium, Vocational School)
• History of Mathematics in a Didactic View |
• New Media in Mathematics Education (Gymnasium, Vocational School)
• Didactics of Essential Fields in Secondary Education (Sekundarstufe II)
• Study Workshop ("Lernwerkstatt") for Studying Activated by Activities in Secondary Education (Sekundarstufe I) |