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crushing and milling (comminution) technology for mining and mineral processing. The PhD research is focused on modelling and simulation, laboratory experiments and analysis of the critical mechanical
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computer programs, both in simulation as well as real robotic systems. The PhD position is funded by Wallenberg AI, Autonomous Systems and Software Program (WASP) and the PhD student is expected to take part
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conduct research involving electromagnetic simulation, fabrication, and experimental measurements. You will develop scientific concepts and communicate findings both verbally and in writing. The position
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for practical applications in radio astronomy. Major responsibilities As a PhD student, you will conduct research involving electromagnetic simulation, fabrication, and experimental measurements. You will develop
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its main activities in modeling, simulation and analysis of fusion plasmas. A major part of the research group is to create a predictive capability for fusion energy grade plasmas and the validation
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temperature properties such as phase transitions and to support the interpretation of the neutron data by extending the simulations to timescales probed by QENS. Additionally, the project will include
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. Within the project, you will simulate and fabricate your devices and use these for your experiments. You will receive training in all required techniques such that you will get a smooth start for
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simulated and real-world scenarios. • Data Analysis: Analyze experimental results, identify trends, and draw meaningful insights to inform further research and development efforts. • Publication and
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. • Experimental Design: Design and conduct experiments to test the efficacy and performance of developed tools and mechanisms in simulated and real-world scenarios. • Data Analysis: Analyze experimental results
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superconducting quantum computer and simulator and to explore useful applications of quantum computing. The Quantum Technology and Applied Quantum Physics laboratories work on experimental and theoretical aspects