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? The planned doctoral project seeks to address this question through an interdisciplinary approach that combines methods and perspectives from medicine, biology, chemistry, pharmacology, physiology, and the
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glove boxes and Schlenk methods Experience in X-ray diffraction techniques and other structural characterizations Experience in working with radionuclides, esp. actinides and TRU elements is of advantage
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the human brain injury environment and strategies for neuronal replacement through glia-to-neuron reprogramming. Methods include proteomics, decellularization of human brain tissue, iPSC-derived neurons/glia
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and Marine Research. The tasks include: scientific advancing methods of satellite altimetry analysis over the Antarctic Ice Sheet analysis of measured surface elevation changes in conjunction with
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cells. Your tasks Cultivation of mammalian cells Biochemical as well as cell and molecular biological methods to study the interactions of alpha emitters with mammalian cells Characterization
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techniques is highly desirable and knowledge of basic microscopy methods is an advantage. Interest and/or experience in working at the interface between wet and dry lab is a plus. Interest in working
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cytometry methods Experience with cell culture techniques is highly desired Previous experience with genomics approaches and data analysis is a plus. Interest in working in a project with wet and dry lab
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competences are desirable: Solid knowledge of solid-state (semiconductor) physics Good knowledge in technical optics and solid-state optics Experience in Ellipsometry method Basic knowledge in programming
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spoken English skills Following competences are desirable: Solid knowledge of solid-state (semiconductor) physics Good knowledge in surface science Experience in epitaxy and surface science methods Basic
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challenges in energy, mobility, and sustainability. Traditional trial-and-error methods in materials design are often too slow, costly, and inefficient to cope with the increasing complexity of performance and