User:Jitse Niesen: Difference between revisions

Revision as of 21:28, 3 May 2007

Jitse Niesen (2006)

I'm a post-doc in the Department of Mathematics of La Trobe University in Melbourne, Australia.

My specialization is numerical analysis, which is the simulation of phenomena like the weather or the flow of air around an aircraft on a computer.

More specifically:

Numerical analysis, especially of ordinary differential equations; my main interests are: exponential integrators, Magnus integrators, global error, B-series
Dynamical systems; main interests: bifurcation theory, especially the Evans function (a tool for assessing the stability of travelling waves), symmetries of partial differential equations

Born in the Netherlands in 1974
Ingenieur (Dutch university degree) in Applied Mathematics and Computer Science at Twente University, Netherlands (awarded 1999)
PhD in Applied Mathematics from University of Cambridge, England (awarded 2005)
Taught for two months at the International University Bremen, Germany
Post-doc for 2 1/2 years in the Mathematics Department, Heriot-Watt University, Scotland
Currently a post-doc in the research group in scientific computation and dynamical systems at La Trobe University, Australia

More information and my curriculum vitae can be found on my home page.

@@ Line 1: / Line 1: @@
-I'm a post-doc in the Department of Mathematics of La Trobe University in Melbourne, Australia. My specialization is numerical analysis, which is the simulation of phenomena like the weather or the flow of air around an aircraft on a computer.
+[[Image:Jitse Niesen 2006.jpg|frame|Jitse Niesen (2006)]]
+I'm a post-doc in the Department of Mathematics of La Trobe University in Melbourne, Australia.
-More specifically, my current research interests are geometric integration (an area within the numerical analysis of ordinary differential equations) and the Evans function (a tool for assessing the stability of travelling waves, used in the area of applied dynamical systems).
+== Specializations ==
+My specialization is numerical analysis, which is the simulation of phenomena like the weather or the flow of air around an aircraft on a computer.
+More specifically:
+* Numerical analysis, especially of ordinary differential equations; my main interests are: exponential integrators, Magnus integrators, global error, B-series
+* Dynamical systems; main interests: bifurcation theory, especially the Evans function (a tool for assessing the stability of travelling waves), symmetries of partial differential equations
 ==Short biography==