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for automotive applications. Key tasks include: Performing advanced transmission electron microscopy (TEM) and complementary techniques (SEM, EBSD) to study grain boundaries, precipitate-free zones, and solute
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resources by being designed as dual-purpose elements targeting geothermal heat exchange and structural support for buildings. Yet, their wider use has been hindered by the lack of (i) sustainable expertise
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will develop models to understand non-equilibrium transport of orbital angular momentum in superconducting hybrid structures. This is part of an effort to determine the merits of superconducting
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analysis. Experience with bioinformatics or ML-assisted sequence analysis. Familiarity with metagenomic library construction or screening methods. Candidates with experience in microfluidics will be
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-equilibrium transport of orbital angular momentum in superconducting hybrid structures. This is part of an effort to determine the merits of superconducting orbitronics. Such models can assist in developing new
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30 Oct 2025 Job Information Organisation/Company UiT The Arctic University of Norway Department Department of electrical engineering Research Field Engineering » Electronic engineering Technology
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clearance to the seabed or sea surface can strongly affect performance, structural integrity, and fatigue life. These effects vary with water depth and turbine concept. This PhD project will investigate how
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important that you are able to: Work independently in a structured way Present and discuss your research with other professionals Collaborate with colleagues in the project and in the research group Show
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, proactive problem-solving skills will be highly valued Work independently and in a structured manner, and can cooperate with others in the project and the research group Personal characteristics To complete a
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sequence analysis. Familiarity with metagenomic library construction or screening methods. Candidates with experience in microfluidics will be considered an advantage. Ability to work independently and