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The net uptake of carbon to terrestrial systems (LULUCF) in Norway is estimated to be 20-25 MtCO2e/yr or about 50% of the anthropogenic greenhouse gas emissions. However, the positive trend in the estimated
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is a new initiative that organises the local bioinformatics community and drives bioinformatics innovation by integrating computational and biological sciences to address complex life science
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of research grants. Experience in collaboration with industry and the institute sector is an advantage. International network, outreach activities, collegiality, and the ability to create a good working
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mechanisms behind rare and common immune diseases, especially primary immune deficiencies and multiple sclerosis, and utilizing the new knowledge to benefit patients. Uncover multi-omic signatures of complex
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existing research milieu or network and contribute to its development. Read more about the doctoral degree . The appointment is for a duration of 3 years. All PhD Candidates who submit their doctoral
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PhD Research Fellow in Experimental Fluid Mechanics: Tunable hairy surfaces for droplet flow control
and theoretical prediction Develop independence and be self-driven to advance with their research project Work in an interdisciplinary team with expertise in mechanics, complex fluids, physics and
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environment that values diverse perspectives Access to a strong network of top-level national and international collaborators A reliable and generous pension agreement, along with strong public benefits
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computational and biological sciences to address complex life science challenges. It fosters collaborations and develops advanced computational tools through a hub for multi-omics and systems biology. Project
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spoken English) . It is preferable that the candidate has (and can document): a strong academic track record experience in collection-based research (both physical and/or digital) teamwork and networking
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Fellowship at the University of Oslo. Project description The net uptake of carbon to terrestrial systems (LULUCF) in Norway is estimated to be 20-25 MtCO2e/yr or about 50% of the anthropogenic greenhouse gas