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, and the fluctuational electrodynamics, theoretical calculations will be done to quantify and optimize this rectification effect for nanowires of SiO2, SiC, and SiN with a gold coating at one
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includes both theoretical and experimental components. This fundamental research aims to open new perspectives on various topics: optimizing the stability of micro-mechanical systems, controlling the energy
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of neuronal and vascular responses; Contribute to the instrumental optimization of the imaging system (detector configuration, illumination control, multi-camera synchronization); Analyze and interpret
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silicon waveguides with a nanometric core. This work will include the development and optimization of simulation tools for the design of these waveguides, combining numerical results with simplified models
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, the research involves participation in the design of quantum devices with our collaborators within the QLSI2 european consortium, optimization of spin readout at large scale, development of automatic control
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to the industrial recovery and reuse of these critical elements. More specifically, the proposed mission will explore two avenues: - optimization of Rh solubilization during dissolution of model
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of the devices; the optical characterizations for design validation and optimization. Activities will be carried out in collaboration with the PI, the PhD students already working on the project, and engineers
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optimizing optical configurations in the laboratory. The materials of interest for this study are energy-related systems (photovoltaics, (photo)catalysis, and batteries). Experiments will be carried out using
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coordination complexes. Preparation and optimization of new molecular or hybrid materials. Structural and physico-chemical characterization (e.g., NMR, UV-Vis, IR, Raman, diffraction, electrochemistry, magnetic
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synthesis experiments for the development of new pentafluorosulfanylation reagents. • Optimizing reaction methods to improve yields and selectivity. • Characterizing the obtained products using advanced