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ocean environments, ensure safe and sustainable operations. Our activities are centered on numerical modelling (e.g. CFD, FEA, FSI, optimization, machine learning), but also include experiments and real
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pipelines in Python and R. Perform experiments in cell culture and animal models to validate the findings. Coordinate the collaboration between the chronobiology lab (led by Dr. Paul Petrus) and the
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on theoretical and experimental subatomic physics, mathematical and high-energy physics, plasma and fusion physics, as well as nuclear physics. This diversity of research topics allows us to connect fundamental
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be carried out in a collaborative research team, requiring the sharing of expertise, open discussion of results, and the facilitation of experiments by other team members. Active participation
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technology with a focus on thermal process chemistry, chemical engineering, or an equivalent area relevant to the project. Documented laboratory experience with high-temperature experiments and materials
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. The experimental work includes the use of CRISPR-based transcriptional control, single-cell omics experiments, molecular cloning, cell culture, and standard laboratory methods such as flow cytometry and RT-qPCR
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corresponding functional analytic methods is required. Good knowledge of English (written and oral) is required, as well as strong collaborative skills and the ability to work independently. Prior experience with
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research project (e.g. PhD in physical chemistry, chemical physics, computational chemistry or relevant) and needs to be passionate about research. Experience in usage Gaussian, ADF, Dalton, ORCA etc
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local theoretical and experimental groups working towards a common goal. For this postdoc project, we seek a dynamic and motivated candidate with an interest in computational electromagnetism, inverse
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The project is collaborative and therefore the person should be driven, independent, able to collaborate, and take initiative Experience with both hands-on development and usage of 3D models for studying lung