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the field of optics and photonics. The team is working in the Photonic axis and is developing novel optical imaging techniques for biology. In particular, Pierre Bon is developing novel label imaging
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extending to high-frequency telecommunications beyond 6G. Unlike visible or near-infrared optics in optical telecommunications, very few active optical elements are currently available in this spectral range
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accessible through optical imaging. In this context, the team is developing a groundbreaking cellular-resolution imaging technology, the AO-RSO (Adaptive Optics Rolling-Slit Ophthalmoscope). This system
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the acquired data in close collaboration with clinicians from the Paris Eye Imaging group (Quinze-Vingts National Ophthalmology Hospital); Publishing results in international peer-reviewed journals and
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such as Winlight Optics and Airbus, • and the wider European Mars science community. The project offers a rare opportunity to contribute directly to the development of a cutting-edge spaceborne Doppler
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at the optical cavity. Once the SAW devices on SOI single emitters are fully controlled, we will apply this technique to photon–spin interfaces, specifically T centers and Er centers, which are less efficient
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polarimetry for the metrology in microelectronics, studies of nanomaterials, and optical diagnosis of various biological tissue including plants. Where to apply Website https://emploi.cnrs.fr/Candidat/Offre
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will be conducted as well as optical characterization such as Faraday effect and device fabrication and testing. - Growth by laser ablation and sputtering - Characterization by X-ray diffraction and
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, the assembled heterostructures will be characterized by optical methods at the C2N laboratory using Raman spectroscopy, polarized Raman spectroscopy, photoluminescence, and second harmonic generation
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. This gives rise to nanoscale out-of-plane ferroelectric domains whose optical signatures remain largely unexplored. The primary goal of this postdoctoral position is to develop and refine optical methods