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cell carcinoma (HNSCC). As a PhD student, you will: culture human dental pulp cells, human periodontal cells, or oral cancer cells in functionalized, cell-instructive 3D synthetic extracellular matrices
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i) the human dental pulp and periodontium, and ii) head and neck squamous cell carcinoma (HNSCC). As a PhD student, you will: culture human dental pulp cells, human periodontal cells, or oral cancer
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systems to enhance their properties and energy consumption. The research will involve both theoretical and experimental studies in hydraulics, mechanics, electrical engineering, and control engineering. As
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concentrate on analyzing electro-hydraulic and electro-mechanical actuator systems with a focus on their control of the dynamic systems to enhance their properties and energy consumption. The research will
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://www.next.kth.se/ In this specific project, you will study hard, wear resistant coatings that are used on tools for metal cutting. You will use x-ray-based methods such as high-energy x-ray diffraction to study the
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relationship to your studies and other experiences. Your workplace The position is in the unit for ab initio theory and energy materials at theoretical physics division, which conducts research as
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resistant coatings that are used on tools for metal cutting. You will use x-ray-based methods such as high-energy x-ray diffraction to study the coatings in real-time as they are used for metal cutting. You
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at Master’s level in biological sciences or completed courses with a minimum of 240 credits, at least 60 of which must be in advanced courses in cell biology and other related topics. Alternatively, you have
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at Linköping University is renowned for its world-leading research on bioelectronics, energy devices, printed electronics, and nanooptics based on organic materials and involving the coupling of ion and electron
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conservation and renewable energy integration. In the Catalysis and Self-Assembly group at Linköping University, we develop fundamental concepts to make catalysts more active and selective. We are now looking