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, and lipid biomarkers. Explore multiple surface modification strategies including Poly-L-lysine, silane-based approaches, and novel functionalization techniques. Molecular Recognition Elements
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solutions for imaging and treatment planning workflows. Collaborating with physicists, engineers, and biologists to align technological developments with biological research needs. Supporting radiobiology
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, and biologists to align technological developments with biological research needs. Supporting radiobiology research projects with high-level technical expertise. Exploring AI-based methods for imaging
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investigating astrocyte biology at multiple scales, from molecules to whole-brain function. As such, you will collaborate with an enthusiastic team of PhD students and postdocs from the lab of Mark Verheijen, as
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benefits resulting from changes of this system. Inventorizing its multiple functions, actors and users of the port water system, she/he/they will place these perceptions within the context of the broader
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– its meaning and potential future risks and benefits resulting from changes of this system. Inventorizing its multiple functions, actors and users of the port water system, she/he/they will place these
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experts and in alignment with ongoing initiatives within the Agency. Your objectives will be to perform independent research and development, targeting one or more of the following key areas, subject to
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uptake. Within TU Delft, we collaborate with industrial partners and multiple research groups in the Pro2Tech institute. The position will form a bridge between research groups in the Chemical Engineering
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acceleration and neuromorphic computing, while also aligning with the hosting team’s strategic priorities in onboard autonomy, radiation robustness, and efficient edge processing. Scientifically, you will in
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routes need to be developed & demonstrated at pilot scale for industrial uptake. Within TU Delft, we collaborate with industrial partners and multiple research groups in the Pro2Tech institute