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knowledge for a better world. You can find more information about working at NTNU and the application process here . About the position High-pressure die-cast (HPDC) aluminium alloys are widely used in
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challenges to the operation, quality and development of health, care and welfare services in the years ahead. Ensuring sustainable services requires innovation, systematic service development and knowledge
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by state-of-the-art simulations. ReCon² addresses this by advancing simulation realism and by enforcing quantitative validation against helioseismic constraints. The project combines surface-cooling
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. About work tasks The research will involve theoretical works, the development of customized numerical scripts, and numerical simulations for validation and exploring the potential of the outcomes
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training and the creation of art using AI tools are particularly relevant. Other possible research topics include artistic exploration of how AI affects creative processes, audience engagement with art, AI
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physics methods, particularly Smoothed Particle Hydrodynamics (SPH) with self-gravity, shocks, strength and geological equations of state, to simulate hypothesized giant impacts, and especially
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quantum computing, aiming to solve small, complex sub-problems using Quantum Process Units (QPUs) while leveraging classical High-Performance Computing (HPC) on data-intensive tasks. With dedicated
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inspection and maintenance. While current industry standards focus heavily on monitoring machine health, this unique project puts the human at the center. You will combine Virtual Reality (VR) simulations
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join our team at the forefront of the field. You will work with observational and simulated data, with the balance between the two adaptable to your skills and affinities. You will also contribute
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, to simulate hypothesized giant impacts, and especially, to establish their systemwide consequences and corollaries. For example, a giant impact on Venus would have delivered significant alien crust to the Earth