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-performance single-photon sources based on semiconductor quantum dots (QDs) in cavities [1]. In particular, we have developed efficient interfaces between a single material qubit (the spin of a single charge in
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experimentally shown to modify phenomena like the quantum Hall effect. On the theoretical front, the interaction between topological matter and cavity photons was also considered. Topological materials are a class
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CNRS researchers, 2 PhD students) of the accelerator physics department, which has developed expertise over more than twenty years in Compton interaction for the production of high-energy photons
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at high photon energies) to develop operando cells for the investigation of buried interfaces in batteries. These new operando cells will allow us to surpass existing designs used for standard XPS
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). The unit is divided into ten research teams of varying size covering the thematic axes of photonics and waves, materials, energy, reliability of systems in constrained environments and sensors and
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-qubit gates using intra-cavity Rydberg superatoms for photonic quantum computing. The post-doctoral researcher will develop new protocols for quantum engineering of light using cold interacting atoms, and
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, spanning quantum physics, chemistry, materials science, photonics, and computer science. The CESQ provides a collaborative, innovative environment that bridges cutting-edge experimental and theoretical
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shift a critical part of the spatial and photophysical information into the temporal domain, in order to drastically reduce the number of photons and the acquisition time required for image reconstruction
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validation. The postdoctoral researcher will work within the Metasurface Team at CRHEA, in close interaction with permanent researchers, postdoctoral fellows, PhD students, engineers, and external
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validation. The postdoctoral researcher will work within the Metasurface Team at CRHEA, in close interaction with permanent researchers, postdoctoral fellows, PhD students, engineers, and external