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Description Start date/duration 01.12.2025 for 4 years Job profile: Your tasks: Dissertation on dwarf galaxies in the field of galaxy formation and evolution Independent research on dwarf galaxies using imaging
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. • Experience in investigating neuronal circuits with 2-photon imaging, optogenetics and in vivo electrophysiology. • Experience and Engagement in public outreach. • International working experience outside
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data processing chain - from image capture, image processing/computer vision to image content analysis - using both traditional and modern machine learning and AI methods.
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intent. • Proof of completed Master's/Diploma degree. • Please include a proposal for your doctoral project (three pages of text without images, supplemented by one page of outline and a bibliography). The
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reconstitution, including membrane systems Preparation, documentation, and quality control of key reagents Work with S. cerevisiae and tardigrades—the most resilient animal on Earth Support for imaging workflows
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academic CV / Letter of intent. • Proof of completed Master's/Diploma degree. • Please include a proposal for your doctoral project (three pages of text without images, supplemented by one page of outline
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to predict therapy response in breast cancer based on images (H&E stains) alone or in combination with spatial omics data. The candidate will closely collaborate with partners from the hospital of Salzburg and
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control and RNA-protein assembly•Functional, comparative, and synthetic genomics approached from a mechanistic angle•Quantitative and integrative methods combining high-resolution imaging, functional
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combining high-resolution imaging, functional genomics, single-molecule biophysics, and computational modelling Candidates should have a proven track record in biology, biophysics, or computational science
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Independent research and publication activities in the field of applied mathematics Participation in existing research projects and development of new research projects in the fields mathematical image