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biological interfaces in aqueous environments. The main objective aims to better understand the reactivity of solid surfaces (mineral phases, organo-mineral hybrids, nanomaterials or biological objects) in
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and could be used for novel computing strategies. Recently, an original mechanism based on the interaction between phonons and domain walls in ferroelectric materials has been proposed to develop
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that such a treatment is possible. The PhD student's project will be to implement rheological models of powders in the Basilisk open source software, which will require original theoretical and numerical
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, et al. Chem. Rev. 2019, 119, 8846; d) S. Rigaut, O. Galangau, Chem. Chem. Eur. J. 2024, 30, e202402788; e) P. Bloom, et al. Chem. Rev. 2024, 124, 1950 The candidate must have a master degree in
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the European Research Council and obtained under the ERC Advanced Grant scheme. See https://www.inshs.cnrs.fr/fr/personne/veronique-benei - Véronique Beneï (Principal Investigator of the MOVING project) will
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, programming skills in C++ or Python and experience with numerical modeling are desirable. The candidate must have a Master 2 degree in physics, materials science, nanosciences, or equivalent. Applications
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for the characterization of hydrates. Furthermore, he will have the opportunity to mentor Master students and to present his results in national and international congresses. The detection and quantification of water either
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contributions will be validated experimentally on the department's platforms. Candidate profile: the candidate must hold a Master's or Engineering degree in one of the following fields: Robotics; Computer Science
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the European Research Council and obtained under the ERC Advanced Grant scheme. See https://www.inshs.cnrs.fr/fr/personne/veronique-benei - Véronique Beneï (Principal Investigator of the MOVING project) will
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the European Research Council and obtained under the ERC Advanced Grant scheme. See https://www.inshs.cnrs.fr/fr/personne/veronique-benei - Véronique Beneï (Principal Investigator of the MOVING project) will