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SD-25168 -PHD POSITION IN ADVANCED CORRELATIVE MICROSCOPY AND ISOTOPIC IMAGING FOR NEXT-GENERATIO...
Luxembourg Institute of Science and Technology (LIST) | Luxembourg, | Luxembourg | about 23 hours agowebsite: https://www.list.lu/ How will you contribute? The PhD project will focus on the development of advanced correlative microscopy and isotopic imaging methodologies to investigate lithium
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SD-25168 -PHD POSITION IN ADVANCED CORRELATIVE MICROSCOPY AND ISOTOPIC IMAGING FOR NEXT-GENERATIO...
Luxembourg Institute of Science and Technology (LIST) | Luxembourg, | Luxembourg | about 23 hours agowebsite: https://www.list.lu/ How will you contribute? The PhD project will focus on the development of advanced correlative microscopy and isotopic imaging methodologies to investigate lithium
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incorporate them into your research project. The ultimate aim is to create full-coverage cytoarchitectonic maps of the human brain and share them as FAIR data with the scientific community. You have a
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[Malaysia Campus- VPSSP] An AI-Informed Planetary Health Framework for Equitable AMR Risk Mitigation
intervention.Insights from these engagements will be integrated with outputs from advanced AI models (e.g.,geospatial deep learning, graph neural networks, and explainable AI ) to refine the AMR risk maps and
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Skip to main content Search Academic Calendar Campus Services Faculties & Schools Library Maps Quicklinks Workday UBC Directory Graduate and Postdoctoral Studies Postdoctoral Fellows Office
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with SWMF modules (AWSoM/IA) to model stellar coronae and winds driven by dynamo‑generated surface magnetic maps. Disseminate results in journals and conferences; contribute to open‑science releases of
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Function Brain imaging in disease: what are the activation maps really telling us? School of Psychology PhD Research Project Self Funded Dr C Martin Application Deadline: Applications accepted all
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depends on spread and market depth. The plan is to start with simple parametric maps and progress to neural networks with monotonicity or convexity constraints so that learned priors remain stable and
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region progenitors and study eruptive conditions. Interface with SWMF modules (AWSoM/IA) to model stellar coronae and winds driven by dynamo‑generated surface magnetic maps. Disseminate results in journals
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, and environmental factors such as historical fire regimes. Overall, this part of the project can be described as geographical studies, as it is largely based on the analysis of maps and other