Available Positions

Using methods of Statistical Mechanics and stochastic processes, as well as Gillespie simulations, the project aims at understanding two-dimensional trichome patterns in Arabidopsis leaves

Study at the single molecule level the search processes of imported pieces of DNA until their integration in a bacterial chromosome, using fluorescence microscopy

The project includes both experiments following circadian clocks at the single cell level as well as theoretical modeling.

Study active matter flocking in bacterial suspensions experimentally. The study involves in addition to real time experiments,  image analysis using computer vision techniques and understanding the importance of metabolic interactions.

Study active matter flocking in bacterial suspensions experimentally. The study involves in addition to real time experiments, image analysis using computer vision techniques and understanding the importance of metabolic interactions.

Study active matter flocking in bacterial suspensions experimentally. The study involves in addition to real time experiments, image analysis using computer vision techniques and understanding the importance of metabolic interactions.

Study the stability/diversity interplay in bacterial consortia, and life under extreme conditions. The model system under study sheds light on astrobiology aspects as well as on sustainability under warming conditions

Study active matter flocking in bacterial suspensions experimentally. The study involves in addition to real time experiments, image analysis using computer vision techniques and understanding the importance of metabolic interactions.

Study the stability/diversity interplay in bacterial consortia, and life under extreme conditions. The model system under study sheds light on astrobiology aspects as well as on sustainability under warming conditions

Development and synchronization in a model multicellular cyanobacterial organism