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for 129Xe MRI Development of image reconstruction techniques for novel 129Xe pulse sequences Supervising undergraduate and junior graduate students, and technicians in the lab Developing, writing, and editing
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imaging setups, XRF scanners, micro-XRF, and synchrotron XANES), as well as guidance at the intersection of paleontology, biology, and physical chemistry. Where to apply Website https://emploi.cnrs.fr
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to include results of patient studies and radioactive decay. Evaluate recorded images for technical quality. Process computerized image data to include function curves and reconstructed SPECT images. Assume
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biomedical imaging data, and is well suited to someone excited to work across disciplines and to contribute to open, reproducible computational resources. A primary focus of the position is developing a
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period: 20.10.2026–20.10.2027 Specialization and field of activity: Archaeology – History and archaeology of the Dacian period and Roman Dacia: analysis, reconstruction and digitisation of metal artefacts
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fibers and fiber-fiber bonds within the reconstructed 3D images as well as 3D kinematical fields (Digital Volume Correlation). • A digital twin of the tested fiber mats will be developed using the Multi
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or AI-assisted analysis of microscopy or other high-dimensional imaging datasets, Image reconstruction and computational microscopy, including algorithms for super-resolution microscopy, phase retrieval
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imaging modality. Preferred Qualifications: Work Experience: Preclinical MRI MRI pulse sequence development and optimization Quantitative MRI analysis Image reconstruction and image processing using Bruker
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learning, and logical reconstruction techniques. The research investigates how multimodal imaging modalities - including scanning electron microscopy (SEM), photon emission microscopy (PEM), and focused ion
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of the solar corona from Solar Orbiter and the Solar Dynamics Observatory (SDO). The candidate will work on the analysis of fine-scale structure in the corona using Solar Orbiter/EUI imaging and SPICE