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with optical simulations and applied to ultra-thin silicon and GaAs solar cells. The goal is to demonstrate breakthrough performance using original designs and cost-effective manufacturing processes
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well as some knowledge to build and develop optical setups. Experience in numerical simulations (COMSOL in particular) as well as some coding skills will be appreciated. Prior knowledge on surface acoustic wave
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fluorescence modulation. The aim of this position is to contribute to the development of new optical configurations enabling the spatial localization of single molecules with ultimate precision and reduced
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to explore systems in which light (near-infrared) and acoustic phonons (20–300 GHz) can be confined simultaneously. Numerical simulation and optimization of acoustic and optical resonators Design and
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equipped with state-of-the-art analysis techniques (https://www.laas.fr/projects/proof/mécanismes-de-défaillances ), including innovative test benches based on ultra-violet optics, necessary for studying
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homeostasis in different pathophysiological contexts. We will explore how MCSs modulate the organization of LBs and, in turn, how LB maturation influences MCS dynamics. Optical microscopy (widefield, confocal
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development for 3D characterization of crystal shapes: - An existing thermal-optical-microscopy stage should be modified/improved allowing observation of the crystals along multiple axes, and thus the 3D
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to improve the energy resolution of jets at FCCee. This task will require again GEANT4 simulations of the detector, including the optical model but necessitates as well to educate the simulation with
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improve this chain and derive dead fuel estimates, which will be integrated into forest fire spread simulations conducted by another postdoc at the Météopole. Both postdocs will collaborate closely. Since
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, microprobe), a focused ion beam, a NanoSIMS, X-ray diffraction equipment, a picosecond acoustics setup, and various optical spectrometers (Raman, infrared, Brillouin). Where to apply Website https