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computer simulations of coastal dynamics in a parallel PhD project conducted at WUR and provide context for visualisations of historic landscapes developed by a postdoc at NIOZ in a collaboration with
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, phenotyping, bioinformatics and predictive modelling. The project gives you the opportunity to work across scales: from thousands of plants and complex microbiome datasets to mechanistic experiments with
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TLS in the meninges of murine models of activated PI3Kδ syndrome (APDS), an inborn error of immunity associated with immune and neurodevelopmental abnormalities. In parallel, you will lead the
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methodological and conceptual impact. The historical research is intended not simply as a parallel study, but as a source of conceptual insight for the contemporary physics and mathematics in the project. The
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other genome-editing technologies, Agrobacterium-mediated transformation, bioinformatics, plant phenotyping or microscopy, DNA methylation analysis (e.g. bisulfite sequencing), or plant tissue culture
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more computational in nature, this position will lead to publications in law venues. What you will be doing ATLANTIS will be run as a tight team, not as three PhDs working in parallel silos. We will work
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indispensable to modern society. It is used in our homes, in food production, and throughout the chemical and processing industries. However, many industrial water-based processes rely on chemical additives such
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four-year PhD position in the Radio Systems group to develop distributed sensing and digital signal-processing methods for identifying and characterising electromagnetic interference and high
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Deadline 31 Aug 2026 Water is indispensable to modern society. It is used in our homes, in food production, and throughout the chemical and processing industries. However, many industrial water-based
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advanced manufacturing. This PhD project aims to address that gap. You will develop and optimise routes for converting silicon-rich waste streams into high-purity powders. Using mechanochemical processing