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; • Extensive knowledge of solar flare physics; • Extensive experience in the analysis of astronomical data (images and spectra) from X-ray and UV/EUV instruments; • Documented experience in designing Bragg
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) Experience with NGS, flow cytometry, or digital pathology. Good command of English. Strong motivation, passion for learning, and commitment to ongoing projects. Proactivity, independence, and willingness
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biomedical imaging Practical experience in working with lasers and building optical setups Proficiency in the LabVIEW programming environment English language proficiency at a minimum B2 level Research
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geodesic equipment, experience in operating measurement systems (GPS, total station, photogrammetry) and in their digital processing; experience in spatial data analysis (GIS, cartographic systems, spatial
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advanced microscopic imaging and flow cytometry with imaging. It is not necessary to master all of these techniques, as this project will be carried out in cooperation, but there is an opportunity to learn
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on the detection and prevention of food fraud through the precise determination of the protein composition of highly processed food products of animal origin.The primary objective is to identify novel, species- and
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KEY RESPONSIBILITIES: Design and execute experiments in molecular biology, biochemistry, and single-molecule imaging. Perform RNA-Seq and bioinformatic analysis of phage-infected bacterial
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: HORIZON-CL4-2023-DIGITAL-EMERGING-01-CNECT). Project website: https://www.quantumepique.eu . The project is carried on in a dynamic, mixed theoretical and experimental consortium, coordinated by Sapienza
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) Extrapolation of photospheric magnetic fields to the corona using various approaches. 2) Quantitative analysis of HXR (imaging spectroscopy from STIX and HXI) and EUV (fluxes and DEMs) sources. 3) Analysis and
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(scRNA-seq) • Perturb-seq (combining genetic perturbations with scRNA-seq) • Functional testing of beta cells • Advanced microscopic imaging and flow cytometry with imaging You don't need to know