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. Annual reports guarantee an optimal supervision of the progress of the projects. Scientific retreats, international meetings, exchange programmes, and journal clubs will complete the programme by giving
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biological models. This position involves the optimization, and operation of an innovative multimodal microscope, as well as close collaboration with experts in the biological sciences for its application
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Development: Develop and optimize biopolymer-based fiber spinning processes (e.g., dry-jet wet spinning, core shell fiber spinning) using materials such as cellulose and proteins. Establish and refine
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–2 years, total 3–4 years) on data-centric research for foundation models. This project investigates how to optimize training data shaping foundation model capabilities - including data curation
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promising solution to support such a demand by getting inspired by the brain’s powerful and energy-efficient processing capabilities. MINDnet aims at addressing the challenge through a holistic optimization
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miniaturisation into a hand-held device relies on this deep understanding of the physical principles, presenting an optimal starting point for this project. A novel integrated maser device has great potential
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in their tissue context Development, optimization, and application of bioinformatic pipelines for data integration, analysis, and visualization of complex datasets Computational modeling of gene
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findings through functional laboratory experiments Developing and optimizing protocols involving omics methods, immune cell assays, and flow cytometry Close collaboration with biologists, clinicians, and
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of the IGS is to foster excellence in education and research by providing an optimal environment. The IGS meets the challenge of globalisation through practice-oriented research within a scope of multi
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German Literature Archive Marbach. Thus, the optimal prerequisites for cutting-edge research at the highest level are all to be found in Stuttgart. Activate map To activate the map, click on the "Show map