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' to develop neural networks with remarkable information content: flies, which we use as a model, have brains that compute flying in 3D, navigation, metabolism and advanced learning and memory capabilities - all
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for Molecular Pharmacology on fluorochemical issues. The scientific objectives are to understand and control the complex interactions that can emanate from fluorinated structural units in chemical systems
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complex biophysical processes on long timescales. We use data-driven methods for systematic coarse-graining of macromolecular systems, to bridge molecular and cellular scales. We work on a theoretical
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for Molecular Pharmacology on fluorochemical issues. The scientific objectives are to understand and control the complex interactions that can emanate from fluorinated structural units in chemical systems
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to specific key questions: What is the role of the individual hydrogel components, i.e., mucins, proteins, salt and water, in the complex process of their network formation and function? Job description
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as an independent field of research. Embedded in the MATH+ Cluster of Excellence, the group offers an excellent scientific environment and various opportunities for networking. It is based