Major Research Interests
How does evolution work? Although (since Darwin) the principles of biological evolution are known, we are unable to predict her course. Rapid biotechnological advances allow, however, a direct view onto the temporal changes in the genome. The group applies methods of statistical physics and nonlinear dynamics to develop theoretical models of molecular evolution that are tested with genomic data or in experiments.
Partially related biophysical projects deal with microbial morphogenesis. We use a combination of theory and experiments to test our understanding of the viscoelasticity and hydrodynamics involved in the fromation of self-organizing microbial populations (biofilms).
Homepage Department/Research Group
http://www.evo.ds.mpg.de/
Selected Recent Publications
Address
Dr. Oskar Hallatschek
Max Planck Institute for Dynamics and Self-Organization
Biological Physics and Evolutionary Dynamics
Bunsenstr. 10
37073 Göttingen
Germany
phone.: +49-551-5176 670
fax.: +49-551-5176 669
e-mail: oskar.hallatschek@ds.mpg.de
GGNB Affiliation
Physics of Biological and Complex S
ystems (IMPRS)