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for emerging material characterization. Core questions will be how structural motifs control ultrafast excitation dynamics and coherent electronic state evolution in chiral organic molecular semiconductors
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and structured approach to work, initiative/commitment, ability to work in a team and cooperate, as well as conceptual, strategic, and innovative thinking skills We offer: Work in national and
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structured training and supervision of more than 1,500 doctoral candidates in mathematics, natural and life sciences. Working on research projects towards their doctorate, the students are supported in
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Athanassiadis and Dr. Dimitris Missirlis. This project will involve the design, modelling and construction of custom acoustic transducers and holographic lenses to shape acoustic fields in vitro and in vivo , as
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on plant performance. They apply and develop a broad range of interdisciplinary technologies ranging from genetics and genomics to structural biochemistry, advanced imaging and computational and mathematical
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Germany. It maintains close cooperative relations with various partners in Germany and abroad. We offer a structured doctoral training program, manifold activities, exciting research topics, a highly
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systematic approach structured and goal-oriented thinking capacity to familiarise yourself quickly with new topics creativity and openness to new approaches reliability, engagement, and a high level of
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possible conditions for their scientific careers. We seek motivated graduate students interested in the broad research areas of the BGI related to studying the formation, structure, composition, and
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systems as intelligent biomaterials and biosensors Assembling cells into multicellular structures and tissues (e.g. 3D printing of cells) Interfacing biomolecular systems with solid-state technology
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team. You will be enrolled in the TUM Graduate School with its structured doctoral program and professional-skills courses. You will contribute to an French-German collaboration on next-generation