9 construction-"https:"-"https:"-"https:"-"https:" Postdoctoral positions at University of Liverpool
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characterisation, and computational modelling to enable structure-driven materials discovery, targeting systems with unconventional atomic arrangements and emergent properties, and is inspired by the recent
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apparatus and diagnostic methods to explore the interaction between an optical plasma, generated by a high intensity laser pulse, and a liquid where the breakdown occurs. This will involve constructing a
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and water. Working closely with researchers at the University of Liverpool and collaborators at UCL, you will develop, construct and optimise a plasma-liquid reactor based on an existing plasma source
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, and patient and public contributors, you will curate datasets, build reproducible models and software, and develop practical tools to identify outcome-reporting bias and assess the uptake of COMET core
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structure, charge, and instrument parameters influence OrbiSIMS spectra. You should have a PhD degree in in computational chemistry, biophysics, molecular modelling, or a related field, and experience
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characterisation, and computational modelling to enable structure-driven materials discovery, targeting systems with unconventional atomic arrangements and emergent properties, and is inspired by the recent
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of functional inorganic materials, through integrated computational and experimental approaches. The project aims to move beyond traditional incremental materials development toward structure-driven discovery
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generalisable and cognitively plausible. The project aims to understand how children build grammatical categories (such as nouns and verbs) from early language input, and the computational work will closely
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will also have the opportunity to collaborate with partnering institutions, mentor junior team members and contribute to outreach activities, to build a profile at the forefront of the field. More