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that paradigm and explores negative ion mode LC-MS/MS to reveal new molecular insights and enable broader biological discovery This PhD position is part of a vibrant research environment involving other
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that may lead to chronic inflammation. In this project, we aim to pave the way for a paradigm shift in IS treatment, centered on the vision that active resolution of post-stroke inflammation and improved
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on both public transport, walking and bicycle trips focusing on the full door-to-door travel. The data sources include image data in terms of photos and videos of the urban landscape as well as in and
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number of novel group leaders will be embedded. The center comprises research programs in clinical research and trials, longitudinal cohort building, multi-modal imaging, biobanks, epidemiology
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model by fine-tuning it for selected use cases Your competencies The PhD candidate is expected to have: A master's degree (120 ECTS points) or enrolled within Electronic Engineering, Computer Engineering
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of the project is to bring about a paradigm shift in the design of switchable materials, by delving into the uncharted territory of f -element valence change (VC). The VC materials will be constructed using rigid
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modelling and interpretation, but other aspects of neutron science are also relevant, for example QENS, reflectometry, and imaging. The candidate has a strong background in soft matter and experimental
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disease diagnostics. Responsibilities: Design, prototype, and test microfluidic systems for point-of-care biosensing applications Develop implantable or wearable devices for real-time in vivo diagnostics
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embedded in nanoscopic droplets of superfluid helium. Specific projects include, but are not limited to: 1) Time-resolved imaging of cation-molecule complex formation 2) Time-resolved stereodynamics
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Imagine a world where food production is in harmony with natural processes, farmers nurture healthy soils, and biodiversity thrives. In contrast, current monoculture farming systems undermine