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College London, through the Imperial- CNRS International Research Lab on Multiscale Metabolism. Where to apply Website https://emploi.cnrs.fr/Offres/CDD/UMR8199-HELDEG0-047/Default.aspx Requirements
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this case, the external neutron source that maintains the reactor core thermal power is generated by the interaction of a high-intensity proton beam with a spallation target. However, the design, development
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close synergy with partners. Activities: Design and synthesis of photocatalytic materials Development of semiconductor nanoparticles (sensitized or not with grafted dyes) and molecular systems
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controlling NPC assembly and their involvement in cancer cell proliferation. - He/she will design, plan, and carry out experiments, analyze and interpret the data obtained, and contribute to the development
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Laboratory (UMR 6252). The functional oxide research group has achieved international recognition in bolometric and magnetic sensor design based on La2/3Sr1/3MnO3 (LSMO). The international visibility
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at the LNCMI-T. Together with other team members, he/she will design the experimental setup, oversee its fabrication, assembly and testing, before conducting his/her own chiral EPR spectroscopy projects
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thus should be familiar with relevant literature. He/she should be well organized to plan, execute and interpret the experiments. He/she will present her progress at laboratory meetings. He/she will also
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the project. Design and perform experiments to investigate lipid metabolism and organelle dynamics. • Apply cell biology, biochemical, and imaging approaches to study lipid synthesis, transport, and storage. • Develop
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this case, the external neutron source that maintains the reactor core thermal power is generated by the interaction of a high-intensity proton beam with a spallation target. However, the design, development
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dynamics, it is therefore necessary to correct aberrations over time to restore a diffraction-limited illumination beam. This will be achieved using an adaptive optics (AO) loop specially designed for in