The physics of cellular systems is a multidisciplinary field that merges principles from physics, biology, and engineering to decode the complex behaviors within cells and their interactions in the broader context of tissue and organ formation. It applies statistical mechanics, fluid dynamics, and concepts of soft matter physics to understand cellular processes like division, motility, and signal transduction. Furthermore, it extends to examining cell-cell interactions, organ development, and morphogenesis, highlighting how physical forces and mechanical properties underpin cell communication, cell behaviour, tissue patterning, and the emergent structure of organs. This approach not only unravels the fundamental laws governing life at the microscopic scale but also advances applications in biotechnology, diagnostics, drug delivery, up to tissue engineering, based on insights into the interplay between physical principles and biological phenomena.

Research groups involved: Alim, Bausch, Duderstadt