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resource acquisition trait parameter space, and perform scenario analyses tailored to a set of Swiss lakes. There will be close collaboration with the other PhD candidate and Postdocs of the projects
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invasion and plant performance. Working in close collaboration with with a postdoctoral researcher and a fellow PhD candidate, you will identify microbial taxa and microbial interactions that are most
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the forefront of science. The PhD project benefits from ongoing collaborations with research institutes, academic hospitals, and bioprocessing companies. Publications about the BPM sensing technology are listed
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Particle Motion. The long-term goal is to develop a fast and flexible workflow for the rational design of continuous biomolecular sensors for diverse applications. The project is a collaboration between the
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Delft. The project will be carried out in collaboration with Perciv.AI, and will also involve NXP Semiconductors as an industrial partner. The research is part of the FIND project, funded by the Dutch
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. Disseminate research outcomes through scientific publications, conference presentations, and collaboration with researchers from relevant disciplines. Your work environment You will join the Offshore and
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community, students, researchers and staff collaborate with industrial and societal partners. This enables us to develop insights, applications and solutions that add value to society.
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longitudinal research into patient and family outcomes. You will collaborate with clinicians, psychologists, methodologists, patient representatives and researchers across the POLARIS consortium. Through
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to assess disease mechanisms and treatment responses; analysing and interpreting experimental results and collaborating with researchers at CING and across the POLARIS consortium. You will also participate in
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? The transition to sustainable heating requires close collaboration between municipalities, distribution system operators (DSOs), households and other stakeholders. Effective planning depends on the ability