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Field
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project will focus on developing schemes for controlled peptide translocation through nanopores by use of electro-osmotic (EOF) flow that is generated by DNA origami. We will study this EOF and EOF-driven
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Postdoctoral researcher for studying in vitro transport across the nuclear pore complex Job description The selective control of import and export across membrane-spanning pores is vital for our
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, which will be determined on the basis of the expertise of the PostDoc. This must lead to at least one publication in an international peer-reviewed journal. In addition, the candidate is expected
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, psychological research methods, or another field related to the project topic. You have a good command of statistical research methods. You have experience with survey-based research and experimental designs. You
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reservoirs in terms of geology. Using advanced geological modelling and numerical simulation techniques, this position will investigate the geological controls on hydrogen storage in depleted natural gas
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to utilise material platforms that exhibit multiwell behaviour. One challenge here is to understand and control the dynamic response of the system for complex input signals. Your goal will be
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simulation techniques, this position will investigate the geological controls on hydrogen storage in depleted natural gas fields of the Bunter sandstone, an important formation in the North Sea. Specifically
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applications of this enzyme class in fragrance- and flavour compounds and cosmetic ingredients As a Postdoc Enzymology in Tungsten Biocatalysis at TU Delft you will study the fundamental aspects of these enzymes
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for studying in vitro transport across the nuclear pore complex Job description The selective control of import and export across membrane-spanning pores is vital for our cells. Typically, the specificity, speed
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must be eligible to access information, technology, and hardware which is subject to European or US export control and sanctions regulations. During the recruitment process, the Agency may request