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Field
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-air interface and the associated internal capillary flow confine the bacteria. Within this project we will unravel how interfacial flows control the distribution of biological soft matter and, vice
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associated internal capillary flow confine the bacteria. Within this project we will unravel how interfacial flows control the distribution of biological soft matter and, vice versa, how small organisms
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. In different settings you will study digitalization process undertaken, in particular the integration of digital services within decision-making processes and workflows. Based upon empirical work you
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that you are performing. A fluency in English (reading, writing, speaking) and a good command of Dutch, necessary to be able to communicate with policy makers. We offer you in accordance with the Collective
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fields. It is used to monitor climate change, optimise industrial control, as well as observe important chemical or biological reactions related to life sciences. Among several optical methods
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our research team! Gas sensing plays an important role in many fields. It is used to monitor climate change, optimise industrial control, as well as observe important chemical or biological reactions
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of novel polymeric materials based on polypept(o)ides and their use in the development of nucleic acid formulations to modulate immune cells in vivo to control inflammation or induce antitumoral responses
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of synthetic motile systems with cilia- and flagella-like movement, based on supramolecular assemblies with controlled shape, size and morphology. These bioinspired systems are designed to move, sense, and adapt
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evolution and antigenic drift, to improve outbreak control strategies. By integrating virology, immunology, and cutting-edge vaccine technology, we aim to improve poultry health, reduce disease outbreaks and
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will collaborate with the various members of the Building on Digital Identity project (including computer scientists, programmers, UX researchers and designers). On the legal side, Professor Pieter