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- NORWEGIAN UNIVERSITY OF SCIENCE & TECHNOLOGY - NTNU
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Materials Science, Imaging Science or Heritage Science Documented relevant experience with digital X-radiography and non-invasive imaging techniques applied to heritage objects High degree of IT literacy, e.g
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: Experience with any of the following techniques: multi-color flow cytometry, immune cell culture and transfection, Next Generation Sequencing library preparation Experience in genetic analyses Python, Perl, R
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sources, theories and methods of the investigation, and the planned outputs. Comparative, cross-cultural and/or diachronic projects based on contemporary material will be prioritized. Projects with
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operation window for gas fermentation processes. This project is in collaboration with an industrial partner who is developing a proprietary gas fermentation process to convert waste CO2 emissions
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is to qualify researchers for work in higher academic positions within their disciplines. Colourbox via Unsplash Colourbox Qualification requirements PhD in Materials Science (Chemistry or Physics
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to image dynamic fluid flow in a rapidly deforming porous material by leveraging existing optical and velocimetry methods developed at PoreLab Oslo. The scientific objective is twofold: quantifying
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Experience teaching interdisciplinary courses to students from both STEM and non-STEM backgrounds Experience developing course materials for both STEM and interdisciplinary courses Experience with programming
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composition in a sensitive mouse model. The PhD candidate will be part of an encouraging team of researchers, PhD candidates and master students at the Faculty of Veterinary Medicine and the Faculty
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performance at the cell level. The successful candidate will develop a comprehensive dynamic model for batteries with different compositions. This entails adapting and refining existing electrochemical models
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the coupled motion of liquids, gases, and granular materials, including magnetic particles. The researcher project's goal is to improve our understanding of how different forces, both short-range (e.g