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to the new modality, -validating the system performance using calibration samples and reference biological structures, -preparing progress reports and contributing to scientific publications, -presenting
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development of existing image and data analysis tools -performance characterization using various types of samples (calibration samples, model systems, biological samples and/or nanomaterials) -participation in
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the research community ● The successful candidate will be offered a 2-year contract. There may be an option to extend the position thereafter, conditional on performance and the availability of funding
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molecular dynamics simulations of modified nucleosomes - analyze the large data set obtained using various analysis tools, from visualization to automation using machine learning tools - perform QM/MM
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, and overall corrosion-barrier performance. The final outcome will be a predictive framework and design guidelines for robust NHC-based protective coatings. This postdoctoral position, funded by
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reliability, performance, autonomy, and adaptability. Research at the LIG is organized into five areas: Intelligent systems for connecting data, knowledge, and humans; Software and information systems
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robust spectral and angular performance, ensuring stable optical behavior over wide incidence angles, large-area scalability, and environmental robustness. The main objectives of the project are: • Design
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the national FAME and FAME-UHD beamlines located at the ESRF scientific polygon, which has recently developed particularly high-performance instruments, notably in the field of speciation, which are in high
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collagen secretion in scarring and fibrotic diseases. The postdoctoral researcher will: • Contribute to the design and conceptual development of the project • Design and perform experiments addressing
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; Identification of functional, technical, performance, economic criteria, goals and indicators for classifying/comparing UPB methods. Development of a comparison multicriteria method. For the solutions emerging