Ph.D. Summer School 1999 in Modelling Nonlinear Dynamics in Complex Chemical and Biological Systems.

The lecture room will be aud.8 at the H.C.Orsted Institute. The room for exercises and problem solving will be S15 in building C.

Program for the Summer School

Monday, June 21:

9.00-10.00 Preben Graae Sorensen: Introduction to modelling chemical and biological systems.

10.00-12.00 Arpad Nagy: Actual problems of modelling permanganate chemical oscillators.

13.00-15.00 Student contributions and exercises

Tuesday, June 22:

9.00-11.00 Tamas Turanyi: Local sensitivity analysis of models of oscillatory reactions.

11.00-12.00 Finn Hynne: Optimization of kinetic models at stationary points

13.00-13.30 Arpad Nagy: Quenching of permanganate oscillator
13.30-14.00 Henrik Skdt: Kinetic Spectrometry
14.00-16.00 Exercises

Wednesday, June 23:

9.00-11.00 Milos Marek: Electric field effects in chemical and biological systems.

11.00-12.00 Lars Folke Olsen: Modelling a single-enzyme oscillating reaction

13.00-13.30 Morten Andersen: Modelling of Nephrons.
13.30-14.00 Antonio Pons: Pattern formation in the methylene-blue glucose reaction.
14.00-16.00 Student contributions and exercises

Thursday, June 24:

9.00-11.00 Albert Goldbeter: Modeling biochemical and cellular rhythms

11.00-12.00 Axel Hunding: Computer simulation of calcium waves in a 3-dimensional spherical region.

13.00-13.30 Sune Danø: Glycolytic Oscillations
13.30-16.00 Student contributions and exercises

Friday, June 25:

9.00-11.00 Mads Ipsen: Stability of waves, a continuation approach.
11.00-12.00 Erik Mosekilde: Chaos in coupled oscillators.

13.00-15.00 Student contributions and exercises