Next:
Introduction
Introduction
About the Stieltjes Institute
Research Highlights
Function Spaces and the Topology of Pointwise Convergence
Introduction
Preliminaries
- and
-equivalence
Additional structures on
Topological equivalence of function spaces
References
Representation Theory of Algebraic Groups
Historical context
Locally compact groups
Reductive algebraic groups
Harish-Chandra's Plancherel formula
Langlands reciprocity
Research in the Stieltjes institute
References
Markov Chains and Geology
Introduction
Heterogeneity
Conditioning on data
References
Stochastic Operations Research
Introduction
Recent research
References
Research Programmes
Algebra and Geometry
1.1 Number Theory
1.2. Geometry
1.3. Topology
Analysis
2.1. Operator Theory and Evolutionary Systems
2.2. Lie Theory and Classical Analysis
2.3. Non-linear Differential Equations
2.4. Numerical Analysis
Stochastics
3.1. Probability
3.2. Statistics
Operations Research
4.1. Discrete Mathematics and Optimization
4.2. Stochastic Operations Research
International and National Programmes
European Programmes
- HCM/TMR
- INTAS
- Euclid
- Van Gogh
National Programmes
- SWON/NWO (Netherlands Foundation for Mathematics/ Netherlands Organization for Scientific Research)
- NCF (National Computer Facility)
Various, International and National
Ph.D. Programme
Stieltjes courses/educational activities in 1998/1999
Algebra & Geometry
Seminars:
Analysis
Courses:
Seminars:
Colloquia:
Stochastics
Courses:
Seminars:
Colloquia:
Operations Research
Courses:
Seminars:
Stieltjes courses/educational activities in 1999/2000
General (Stieltjes onderwijsweken)
Algebra & Geometry
Courses:
Seminars:
Analysis
Courses:
Seminars:
Colloquia:
Stochastics
Courses:
Seminars:
Colloquia:
Operations Research
Courses:
Seminars:
Ph.D. Theses
Stieltjes Prize
Number of Researchers
Stieltjes Visiting Professor
Publications
Algebra and Geometry
1.1. Number Theory
1.2. Geometry
1.3. Topology
Analysis
2.1. Operator Theory and Evolutionary Systems
2.2. Lie Theory and Classical Analysis
2.3. Non-lineair Differential Equations
2.4. Numerical Analysis
Stochastics
3.1. Probability
3.2. Statistics
Operations Research
4.1. Discrete Mathematics and Optimization
4.2. Stochastic Operations Research
Stieltjes Afternoons
Workshops, Conferences a.o.
Algebra and Geometry
1.1. Number Theory
1.2. Geometry
Analysis
2.1. Operator Theory and Evolutionary Systems
2.2. Lie Groups and Classical Analysis
2.3 Non-linear Differential Equations
2.4. Numerical Analysis
Stochastics
3.1. Probability
3.2. Statistics
Operations Research
4.1. Discrete Mathematics and Optimization
4.2. Stochastic Operations Research
Foreign Visitors
Algebra and Geometry
1.1. Number Theory
1.2. Geometry
1.3. Topology
Analysis
2.1. Operator Theory and Evolutionary Systems
2.2. Lie Groups and Classical Analysis
2.3. Non-lineair Differential Equations
2.4. Numerical Analysis
Stochastics
3.1. Probability
3.2. Statistics
Operations Research
4.1. Deterministic Optimization
4.2. Stochastic Operations Research
Research Staff
Algebra and Geometry
1.1. Number Theory
1.2. Geometry
1.3. Topology
Analysis
2.1. Operator Theory and Evolutionary Systems
2.2. Lie Theory and Classical Analysis
2.3. Non-lineair Differential Equations
2.4. Numerical Analysis
Stochastics
3.1. Probability
3.2. Statistics
Operations Research
4.1. Discrete Mathematics and Optimization
4.2. Stochastic Operations Research
Organization of the
Thomas Stieltjes Institute
- and 
-equivalence