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Figure). Remarkably, these nanotubes are able to align and self-organize into liquid-crystalline phases, opening new opportunities for the development of adaptive and hierarchically structured materials
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possible to propose this original thesis topic in France. In Europe, the United States, and Japan, research projects are underway on the development of power components. GaN is a wide-bandgap
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phasing of operations involving partial dismantling, hollowing out, and consolidation. The results will directly contribute to the development of the scientific specifications for the restoration and
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collaborative development (Git/GitHub, CI/CD, open-source practices). Ability to conduct research independently whilst contributing effectively to an interdisciplinary team. Excellent scientific
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towards transportation and supplementary health insurance costs, access to university dining facilities, continuing professional development opportunities, and complementary health insurance. Where to
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development of resistance mechanisms by these pathogens. The project focuses on simple approaches using 100% natural products that are combined without any chemical processes to form antimicrobial materials
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* strains. * Construction of bacterial mutant strains and plasmids. * Construction, manipulation and/or screening of strain libraries, particularly using CRISPRi approaches. * Development and
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Biodistrict. The successful candidate will join the research team led by Dr Cédric Chaveroux and contribute to the development of an INCa PLBIO-funded project, conducted in close collaboration with academic
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would be a real breakthrough for the development of quantum technologies based on gate-tunable superconducting transmons or topologial superconductivity. Where to apply Website https://emploi.cnrs.fr
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research environment, at the interface between fundamental research, materials development and cross-linking processes. The student (M/F) will be affiliated with the Mulhouse branch of the Strasbourg