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, including intracranial stereotactic injections or comparable in vivo surgical procedures; demonstrated proficiency in complex in vivo models is essential Ideally advanced bioinformatics expertise and
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models, the researcher will determine where and when mitochondrial transfer occurs in vivo, and how mitochondrial exchange shapes T cell differentiation and memory formation. In addition, the researcher
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analysis of sequence and genome data (bioinformatics). Experience working with non-model organisms (animals), ideally marine invertebrates. Oral and written communication skills in English. Desirable skills
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or early bystander adaptations to a disturbed lung microenvironment? Disease Modeling and Biomarkers: Can we develop relevant complex in vitro models to study lymphatic dysfunction, and generate biomarkers
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Max Planck Institute of Animal Behavior, Radolfzell / Konstanz | Konstanz, Baden W rttemberg | Germany | about 2 months ago
virtual-reality experiments with insects, development of new models of neural or embodied dynamics, comparative analyses across species, or novel methodological approaches aligned with the central questions
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Max Planck Institute for Political and Social Science, Göttingen | Gottingen, Niedersachsen | Germany | 9 days ago
, or multilevel modeling Experience combining quantitative analysis with qualitative research methods. Our offer A full-time position for a period of three years in a stimulating and internationally renowned
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Job description: DESY The CMS Quantum Computing group develops generative machine learning models for detector simulations, specifically the simulation of showers in calorimeters: Proof-of-principle
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competitive research in AI-driven semantic analysis and automated reasoning-flow modeling, with applications to educational materials, scientific documents, and research authoring. Your work will focus
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characterization (e.g. KPFM) of thin-film model surface for localized characterization across heterogeneous surfaces High-troughput data collection and physical parameter analysis for catalytic mechanism Exploration
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focuses on the resilience of the marine sinks of heat and carbon, using Earth system and biogeochemical models, observational data, and scenario analysis to identify early-warning signals and tipping points