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Field
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resource-efficient cloud platforms for XR/VR offloading at the edge — addressing container orchestration, workload placement, and hardware acceleration across heterogeneous environments where computing and
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include method development, surface analysis, data evaluation and training team members in a collaborative environment. About us The Malmberg lab is part of a dynamic scientific community within
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for pollination services. We aim to: (i) analyse temporal and spatial shifts in body size among bumblebee species in Sweden, and assess whether these shifts are linked to species resilience to changing landscapes
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Environment, a dynamic academic community known for its expertise in space geodesy, astronomy, and geoscience. About the research project Precise global reference frames are essential for monitoring Earth’s
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experimental approach to systematically infer protein-semiconductor hierarchies materials and design de novo hierarchical architectures with atomic precision. The postdoctoral project aims to design de novo
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of complex and software-intense systems and is characterized by extensive international cooperation as well as close collaboration with the local industry. With approximately 50 researchers including PhD
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education at all levels. We are currently Uppsala University's third largest department, have around 350 employees, including 120 teachers and 120 PhD students. Approximately 5,000 undergraduate students take
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. Qualifications The following education, experience, and expertise are required: A PhD in electrical engineering, physics, applied physics, materials science, chemistry (synthetic/analytical), or equivalent
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of communication-based seismic sensing. Our modern “connected world” is built on an immense web of fiber-optic cables linking cities, countries, and continents (see, for example, submarinecablemap.com). Beyond
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techniques to new applications and environments, both in our in-house laboratories and at leading synchrotron and neutron facilities. The Maibach group combines electrochemistry with advanced surface analysis