109 postdoc-in-thermal-network-of-the-physical-building positions at University of Oslo
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biomaterial research. The candidate will join a highly active international research group with PhD students and postdocs at BIOMAT. The candidate is expected to participate, often leading to valuable learning
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research collaborations Experience as main and/or co-supervisor for PhD candidates Relevant networks within health policy and practice Good written and oral proficiency both in Scandinavian and English
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Conscientious and rigorous approach to the research process and integrity over fast publications Ability and motivation to share expertise with other members of the research group Appreciation for transparent
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at UiO, the Norwegian Computing Centre (NR) and the ML group at UiT, with members from the Departments of Physics and Technology, Mathematics and Statistics, and Computer Science. via Unsplash Project
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years period. In the application letter, candidates should also describe long term plans for building an international research group, for future development of the teaching in Chinese society and
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Chemistry is part of the Centre for Materials Science and Nanotechnology (SMN) - an interdisciplinary collaboration between five research groups in physics and chemistry, which spearheads the MN Faculty's
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is devoted to research-based and research-led contributions to teaching or other career-promoting work. The successful candidate is expected to become part of the research environment/network
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active international research group with PhD students and postdocs at BIOMAT. The candidate is expected to participate, often leading to valuable learning experiences and co-authorships. The extent and
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for this job See advertisement About the position A 3-year full-time Postdoc position (SKO1352) in Experimental Systems Immunology is available at the Department of Immunology, Institute of Clinical Medicine
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injectivities. Much research have been done to understand the physics of salt precipitation, but little is known on how geological heterogeneities at various scales affect the extent of salt formation