Research topics
We study diverse biological processes, e.g. from molecular level (ion channel function) to cell (motion, contraction), organ (heart beating) and population level (microbial proliferation, epidemiology). For that, we use different methods and perspectives with the goal of developing clinical applications for biomedicine and environmental applications for bioengineering.
1. Tissue and Cell Biophysics
Understanding of experimental results on cell motion and the stochastic dynamics of ion channels
2. Cardiac dynamics
Computational analysis of the impact of genetic and clinical risk on molecular signaling and electrophysiological dysfunction in atrial fibrillation
3. Infectious diseases
Understanding and prediction of epidemiological dynamics and the natural history of infectious diseases
4. Computational neuroscience
Mapping the spatio-temporal extent of epileptic networks in the human brain and modelling neural communication
5. Pattern recognition
Application of data analysis and pattern recognition systems in heterogeneous biomedical data
6. Microgravity and Flows
Two-phase and multiphase flows in microgravity conditions and aerosol generation
7. Other Complex Systems
Study concepts like One health, Thermal winds, and Energy management.
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