21 postdoc-in-nanoparticles-density-functional-theory PhD positions at Trinity College Dublin
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nanophosphors; and other target materials, e.g. quantum dots or magnetic nanoparticles; and exploring and exploiting DES tuneability to control nanoparticle production and properties. The functionality
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to facilitate the harnessing of these mechanisms therapeutically. This project will investigate a role for CD8+ T-cells in the immune response to S. aureus infection and specifically, address the hypothesis
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in a field site and use these in a new way to dynamically ‘partition’ soil respiration between the activities of the organisms that contribute to it at scales from seasonal to sub-daily. The results
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networks become essential to manage network requests, while maintaining high availability and optimal resource utilization. One PhD studentship is available for work in the area of Digital Twins for optical
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Post Summary We are pleased to invite applications for two fully funded PhD studentships to work on a project at the interface of synthetic organic chemistry, electrochemistry, and sustainability
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techniques including culturing of microorganisms, isolating and culturing of immune cells, and constructing genetically modified microorganisms. The students will use molecular, cell biology and protein
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Silver award, recognising our ongoing work to advance gender equality both within Trinity and in the Higher Education sector. Trinity is committed to supporting work-life balance and to creating a family
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Silver award, recognising our ongoing work to advance gender equality both within Trinity and in the Higher Education sector. Trinity is committed to supporting work-life balance and to creating a family
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statement no longer than 1,500 words excluding references (see explanation below) the names and contact details of two referees (with email addresses included); at least one example of your written work (in
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knowledge of human brain function and to use this knowledge to help people with psychiatric and neurological disorders. Our research integrates multimodal brain imaging techniques with novel neuromodulation