Through a sound education in physics, biology and materials science from the molecular, cellular and tissue-specific perspective, i. H. Using the wide variety of modern measurement methods (e.g. single molecule measurements), analysis methods (e.g. quantitative image analysis) and theoretical methods (e.g. biological, statistical physics), the students are able to quantitatively describe the physics of living systems to understand, to adapt and further develop for technical processes. The students know the basics of experimental biophysics, theoretical biophysics and nanobiotechnology and can use experimental and theoretical approaches to better characterize and understand complex molecular machines, processes in cells and tissue formation and to use them in technological systems. They have an increased profile in the analytical-technical direction, as well as in the theoretical physical description of observations in living systems.
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