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sensorimotor function in persons with neurological injury, to promote sensorimotor recovery and independence. Together with the Cereneo Center for Neurology and Neurorehabilitation we are developing a novel
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storage and recovery applications. You will be working in the Rock Physics and Mechanics Lab within the Department of Earth Sciences to design and develop a mechanical rock pre-conditioning method. Using
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. These developments have enhanced our capabilities of strongly coupling to and reading out spin qubits. Building on this progress, we now aim to leverage our quantum technology expertise and the optimization processes
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research challenges: Specificity of the sensor towards selected proteins: Enhancing the contrast for specific proteins Data analysis: Improving data analysis approaches for capturing more information from
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experiments, and enhanced geothermal systems worldwide. Job description The PhD student will focus on constructing and training advanced machine learning models tailored to characterize induced earthquakes
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actuators, tendons, ligaments, and skeletons --- aiming for superior performance compared to traditional motor-driven hands or legs Integrating sensing and proprioceptive technologies to enhance the robot's
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experiments and real-world application analyses, our research will provide actionable insights into enhancing chatbot design and interaction strategies, ultimately aiming to elevate customer satisfaction across
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from these observations, we aim to enhance our knowledge of cloud microphysics and to improve parameterizations in weather and climate models. Job description Your tasks will be: To develop a light
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in the construction sector. You will join a dynamic research team working on innovative approaches to enhance circular construction practices. This position offers a unique opportunity to contribute
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these open research challenges: Specificity of the sensor towards selected proteins: Enhancing the contrast for specific proteins Data analysis: Improving data analysis approaches for capturing more