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to drastically reduce Norway’s offshore emissions. To support the goals of CSSR, this project aims to develop, analyze and implement new nonlinear iterative solvers, with the goal of exploiting models of various
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, with specialists working in hydrodynamics; marine and offshore structures; dynamics, control and marine system integration; robotics and autonomy; yacht design; design, production, and management; marine
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offshore Norway, where a strong link between geological processes and rock physics will be beneficial. Possible challenges could include shallow geohazards, compaction anomalies, CO2 leakage, and derisking
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of this project will be adapted to problems associated with geophysical data provided and emerging challenges associated with shales encountered in the subsurface offshore Norway, where a strong link between
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Simulation group to apply classical Molecular Dynamics and Machine Learning approaches for development of a new class of hybrid polyphenol-lipid nanoparticles with tuneable internal structure and exploration
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for development of a new class of hybrid polyphenol-lipid nanoparticles with tuneable internal structure and exploration of their behaviour in biological environments. This role is part of an ARC funded Discovery
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approaches for development of a new class of hybrid polyphenol-lipid nanoparticles with tuneable internal structure and exploration of their behaviour in biological environments. This role is part of an ARC
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project/work tasks: The main project goal is to obtain a better understanding of the dynamic relationship between onshore (source) erosion and offshore (sink) depositional patterns for the eastern part of
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they will participate in the academic community. Research topic The postdoctoral Fellow will be affiliated with the project "Fano manifolds, wall structures and torus fibrations" (Shape2030) funded by
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. The appointment is for three years with research duties exclusively. Research topic The PhD Fellow will be affiliated with the following project "Fano manifolds, wall structures and torus fibrations" (Shape2030