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You will develop new theoretical methods for quantum sensing with mechanical systems, explore their use in tests of fundamental physics, and help build the research environment of a new theory group
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model is robust and benchmarked in our setting, you will focus on its core translational goal: testing a pharmaceutical compound in the OI-BBoC model. Throughout the project, you will work closely with
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Devices (PVMD) Intelligent Electrical Power Grids (IEPG) High Voltage Technologies (HVT) The department owns a large ESP Laboratory assembling High Voltage testing, DC Grids testing environment, and large
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candidates. The project will involve static and dynamic corrosion testing, coupled with post examination of the salt and samples by means of techniques such as scanning electron microscopy, X-ray and neutron
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of the corrosion chemistry in chloride based salts for a selection of cladding candidates. The project will involve static and dynamic corrosion testing, coupled with post examination of the salt and samples by
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and uncertainty in downstream predictions; fine-tune ARCA for tasks including microbial root competence and crop-relevant outcomes, and iteratively improve the model using experimental Design-Build-Test
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another by the properties they share. An important part of the work will be to find, test and develop digital tools to assist in classification, annotation and network building. The Postdoc
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uncertainty in downstream predictions; • fine-tune ARCA for tasks including microbial root competence and crop-relevant outcomes, and iteratively improve the model using experimental Design-Build-Test-Learn
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investigations. The FieldLab offers instrumented test sites, advanced geophysical monitoring capabilities, semi-controlled hydrological conditions, and opportunities to study environmental dynamics over time. The
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consortium will validate daily-life stress assessments, examine which contextual factors contribute to the experience of daily-life stress, and examine how daily-life stress leads to the development of both