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for optical quantum technologies, such as the generation of entangled photons in linear cluster states or spin-photon or photon-photon logic gates. Le travail du post-doctorant sera dédié à l'étude de ces
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photonic systems for the generation, control, and reception of free-space laser beams. Optical communications and LiDAR are the main application targets. The successful candidate will contribute
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into photonic structures enabling an overall source brightness enhancement. Two different geometries will be studied: in-plane cavities coupled to optical waveguides for lateral photon extraction, and bullseye
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prevalence and are often associated with poor outcomes and lifelong sequels. Radiation therapy is generally performed using intensity modulated techniques with photon beams. It is particularly challenging due
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of the photonic component providing spectral selectivity and the cell's operating temperature (or the heat to be dissipated to maintain the cell at a temperature close to 25°C). 2. Optical and electrical modeling
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, exploitation of the Electro-Optics effect for quantum state manipulation in simple waveguides or more complex quantum photonic circuits, opening the door to applications in quantum communication, computing, and
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in ultrafast optics, nanophotonics and analysis of the physical properties of optical materials developed to meet the challenges of modern photonics. At the end of the postdoctoral period, the
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physicist or chemist postdoctoral researcher with a specialization in materials science. Experience in the growth of spinels in thin films and in the structural, optical, and electrical characterization
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properties of quantum emitters with 2D optical metasurfaces, well beyond the performance offered by unique state-of-the-art nanoantennas. To do this, non-classical light nanosources will be precisely
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of the Complex Photonic Materials and Systems team, the post-doctoral researcher will benefit from the expertise of researchers who specialize in ultrafast optics, nanophotonics, and the physical