58 high-performance-computing positions at Technical University of Denmark in Denmark
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on bedrock in Greenland. The study aims to enhance geodetic monitoring capabilities in this remote and climatically extreme region, contributing to high-precision measurements of land motion, glacial isostatic
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flagellates and early eukaryotic evolution. The position is part of a cross-disciplinary project funded by the Human Frontiers Science Program that combines live imaging of swimming and foraging flagellates
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self-driven and innovative researcher with a passion for developing new computational tools and contributing to cutting-edge research at the intersection of Physics and Earth system science. Background
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on developing and demonstrating a modular, containerized fuel cell system capable of dual-fuel operation with either hydrogen or methanol. The system aims to provide electrical power to critical infrastructure
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of instrumentation, in particular high-energy instrumentation, i.e. X- and gamma ray detectors and -optics. The division is currently active in the operation of instruments and data analysis from three satellites
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responsibility will be to design and characterize InP-DHBT-based high-efficiency power amplifiers and low-noise amplifiers at sub-THz frequencies, in the D-band (~150 GHz) and H-band (~250 GHz) with performance
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for the float zone process and test these in experiments performed at lab-scale as well as based on operational data from production. Contribute to publishing our models and results in high-ranking journals and
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quantum computing protocols using hybrid detection technologies. Explore the potential of 3D cluster states for fault-tolerant quantum computing. Publish research results in high-quality scientific journals
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the research team. Project management Lead the publication of results in high-impact scientific journals. The ideal candidate will have a strong background in software development and computational modelling