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materials - Study of stability under operation - Development of kinetic models - Reactor modeling The work will be carried out at the ICPEES (Institut de chimie et Procéder pour l'Energie
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development of a novel experimental setup: a custom-designed 2D tensorial rheometer. This device will allow for precise control and measurement of shear forces in multiple directions, revealing components of
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novel approach involving the development of fluorescence-encoded synthetic polymers combined with an optical reading technique. Our main objective is to establish an innovative platform based on the
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comprises approximately 120 people. The laboratory specializes in the study of advanced quantum materials and the development of innovative quantum devices. The MPQ Theory team enjoys a strong
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allows to control the radical formation in zeolite synthesis to achieve zeolites with improved acid properties. A focus will be given to the development of the methodology (building and validating
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-assembly, and polymeric materials for biomedical applications. The successful candidate will join a research team specializing in the self-assembly of amphiphilic block copolymers, the development of
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level of responsibility Data acquisition, analysis and comparison with theoretical models — Main duty / Medium level of responsibility Numerical simulations and development of computational tools
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organized to promote interaction and collaborations within and between the teams, with weekly seminars and recurrent workshops. The track record of the ISCMJ and the successful development of PhD theses in
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ANR-funded project focusing on the study of macrophages in adipose tissue. The postdoctoral researcher will investigate the development and functions of different macrophage subpopulations. The
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experiments for the development of new pentafluorosulfanylation reagents. • Optimizing reaction methods to improve yields and selectivity. • Characterizing the obtained products using advanced analytical