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. Project description The position is funded by EU Horizon and part of the Marie Sklodwoska-Curie Doctoral Network NeuroNanotech : ‘Integrating Nanotechnology and Neurocomputational Modeling for Advanced
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of materials, testing of purification effect in water samples and analysis using advanced instrumental methods. The project will also include collaboration with researchers who model adsorption processes
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analysis using advanced instrumental methods. The project will also include collaboration with researchers who model adsorption processes at the molecular level. The position is part of the research group
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the observed data. The models can build on recent research results in foundational neural network models. For more information and how to apply: https://www.jobbnorge.no/en/available-jobs/job/287578/phd-research
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cross-regional logistics network scenarios, data collection and development of decision support models for optimal maritime infrastructure for collection of the captured CO2 from the emitters and
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. Numerical simulations and theoretical membrane models will be developed, aiming to couple viscous interfacial fluid flow, elastic deformations and wetting-like processes at cellular membranes. The theoretical
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to modern data-rich approaches, in which the underlying initial-boundary value problem is reformulated in such a way that loads, boundary conditions and constitutive models are completely or partially
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reformulated in such a way that loads, boundary conditions and constitutive models are completely or partially replaced by some form of experimental data. The research activities associated to the position
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modelling is an advantage. Evidence of ability to present and publish the result of research at an international level in English and documented research potential is a requirement. Applicants must be able
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-model bacterial species (ideally in a BSL-2 environment), mass spectrometry (ideally in combination with chemical crosslinking or other pulldown assays), or cell-culture based infection assays with BSL-2