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to our lives today and in the future. Our research addresses how new information and communication technology should be designed to benefit people, organizations, and entire societies. DSV offers a
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, design, and conduct cutting-edge research on power-efficient integrated circuits (ICs) and transceivers tailored for next-generation 6G systems. To ensure seamless integration, these front-end solutions
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application! How does AI transform how firms create value and compete? We are launching a new research project to explore how specialised AI models are reshaping the conditions for value creation and innovation
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learning (vocational competence, workplace learning, assessment) Doctoral candidates have the freedom to design a dissertation project related to these themes. Mandatory courses and participation in regular
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your research plan that is submitted as part of the application. Read more about our research profile areas below: Environment and natural resource policy Municipalities, Regions, and Public
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oxide ores of varying quality and mineral associations. Research will focus on process design and analysis with a strong emphasis on ore characterization. At a later stage, predictive models for size
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of varying quality and mineral associations. Research will focus on process design and analysis with a strong emphasis on ore characterization. At a later stage, predictive models for size reduction and
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–outflow measurements, providing limited insight into what happens inside the systems and leading to substantial uncertainty in design, modelling, and long-term performance predictions. This PhD project aims
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at the Department of Clinical Sciences Lund integrates discoveries on the body’s own peptide-based defence mechanisms with state-of-the-art drug design technologies to develop novel peptide-based immunomodulatory
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, design, and conduct research on integrated circuits taking on the challenges of next generation communication systems. The project aims to investigate the feasibility and advantages of new design