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magnetic resonance imaging (MRI). Towards this aim, we will develop a comprehensive mathematical and computational framework for quantitative imaging, including physical modeling and optimization of the data
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Chemistry as well as the opportunity to use large research facilities such as synchrotron light sources Innovative development work on new scientific instruments for X-ray imaging, combining hardware and data
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into differentiation protocols, reagents, and media Tissue and organoid imaging & molecular analysis Developed new protocols and/or analysis methods Organizational capabilities Provides a structured approach for
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shape higher-order computations in the brain. To address these questions, we use multiple-cell recording, subcellular patch-clamp techniques, Ca2+ imaging, cutting-edge light microscopy (confocal, two
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Dark Matter discovery experiments. A research group works on R&D of particle detectors for those experiments, as well as for its applications in medical imaging. For that it collaborates with MedAustron
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large collaborative projects. Competence in integrating large collaborative projects. Experience in digital humanities, preferably on topics relevant for the project. We offer: Work-Life-Balance: You have
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scientific, political and economic dimensions of these biomedical innovation processes. Focusing on the visions and practices of developers, researchers, funders and regulators in the field, ALTERBIOTIC’s main
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to the above requirements • Strong background in optimization and partial differential equations • Strong background in numerical mathematics and computing • Machine learning skills are welcome • English skills
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, Industrial Chemistry, Environmental Chemistry, Chemical Engineering, Materials Science Specific Requirements Preferred background: Flow chemistry, separation and process scale-up; renewable resources
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– at the same time – are rendered recyclable. Project title: The development of recyclable, bio-based epoxy- and benzoxazine thermosets from Lignin and novel catalytic strategies to enhance end-of-life processing