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. The experimental part will involve leaching experiments coupled with detailed characterization techniques of the solid and aqueous phases to understand the processes by which chemical elements are released
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systems have recently emerged for quantum technologies: single fluorescent defects in silicon. These single color centers are not only incorporated in silicon, the ideal platform for large-scale
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characterize the parameters involved in precipitation, i.e. transport of injected reactants and bacteria, biological properties, and surface properties of the materials. The proposed approach focuses
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should also have a good knowledge of materials science and experimental characterization techniques. Experience with ceramic materials will be appreciated. Excellent written and spoken English skills
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) designs and/or studies materials with novel properties. This requires expertise in material synthesis, advanced characterization, physical property studies, as well as modeling and theoretical description
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, numerical process simulation, and advanced characterization techniques (synchrotron, TEM, EBSD), will be implemented. The ideal candidate will hold a Master's degree or an engineering degree in Materials
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association with the ITER project; • Astrochemistry and exobiology, to simulate various environments and to prepare for future space missions and observations; • Surface sciences and innovative materials
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, cosmetics, sustainable materials, and biomedical applications. Tuning surfactant nature or concentration drastically changes foam and bubbly flow properties—bubble velocity, coalescence, foam rheology
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/acsphotonics.3c01104). This method is based on the combination of a color two-photon excitation method developed at the LOB, automated serial sectioning, and the 'brainbow' approach developed at the IdV allowing
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characterized by strong electronic correlations; these systems exhibit remarkable properties and unconventional electronic states, such as superconductivity, magnetism, metal-insulator transitions, and more. The