The world is a complex and dynamic place. Earth takes part in an intricate dance with the moon, surrounding planets, our sun, other stars and entire galaxies. All interact with one another determining our position in the universe. On a much smaller scale, humans consist of trillions of cells that work together to let us walk, run, and think. Each such single living cell is driven by the interaction of about a trillion non-living molecules. Life at all scales is complex, dynamic, and difficult to understand. All these examples, however, have in common that they obey the basic laws of physics. Although we can apply those laws to understand a small part of each system, many interacting parts can behave wildly different and unpredictable. By combining theory and experiment, our lab aims at understanding such system dynamics, studying living (Dynamics in Biology) and non-living (Dynamics in Physics) systems.
August 20, 2019
We’re excited to have Liliana as a new member of the lab! Liliana will be doing experimental work to figure out how self-organization processes can play an important role in ensuring proper cell cycle progression.
Jan publishes review on traveling fronts in systems with a time delay
July 22, 2019
In a collaboration with Thomas Erneux (ULB), Jan has published a paper in which we review a series of key traveling front problems in reaction–diffusion systems with time-delayed feedback, appearing in ecology, nonlinear optics and neurobiology. This work is part of the theme issue ‘Nonlinear dynamics of delay systems’ in Philosophical Transactions of the Royal Society A.
Jan explains his research in a video
June 20, 2019
The project "Wetenschap Uitgedokterd" aims to get young scientists to leave their comfort zone in the lab and puts them in front of a camera to clearly explain their research to the general public in 3 minutes. Watch Jan's video here (only in Dutch). Well done Jan, crystal clear!