Mathematical Dynamical Models in Biology, 7.5 ECTS

Second level

Description

The course will cover most parts of the following topics: review of modelling with ordinary differential equation, steady-states, nullclines, linearization, linear ODE’s and stability, with illustrations from chemostatics, drug infusion, epidemics…

The course will cover most parts of the following topics: review of modelling with ordinary differential equation, steady-states, nullclines, linearization, linear ODE’s and stability, with illustrations from chemostatics, drug infusion, epidemics, and chemical kinetics; singular perturbations and Michelis-Menten enzyme dynamics; bifurcations and switch behaviour; activator-inhibator systems; limit cycles and Poincaré-Bendixon theory; relaxation oscillations; transport equation and travelling waves; chemotaxis: gradients; attraction and repulsion; diffusions and their relation to random walks.

Show entire description

Area of interests: Information only in Swedish

Information only in Swedish

Subject

Mathematics

As a mathematical theory always implies that certain conclusions hold under certain given conditions, it can in principle say nothing about the physical reality. None the less mathematics has become an indispensable tool for a large number of subjects like astronomy, physics, chemistry, statistics and the technical sciences and in later times also for economy, biology, various social sciences and computor science. The role of mathematics in the applied sciences is both to supply notions for exact and adequate formulations of empirical laws but also from these laws to derive consequences, which can be used to find better models of the reality one has to describe. These tasks have lately become more important. Mathematics is in continual progress by intensive international research, new theories are created and already existing theories are simplified and augmented.

Mathematics

Course events

There is no course instance