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physics, fiber optics, and nonlinear optics? Want to make a fundamental and societal impact with your research? Consider applying for a 3-year PhD position at the FEMTO-ST research institute. Join a highly
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MCVD. He/she will also be responsible for the optical and structural characterization of all optical fibers before and after poling. He/She will then develop a predictive model based on 2D Raman imaging
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a large number of quantum sources into a fiber-based quantum network, these sources will have to be wavelength-tunable. In this thesis, we plan to embed the semiconductor QD-NW inside a shell of a
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outcoupling of the photons emitted by the QD. To be able to integrate a large number of quantum sources into a fiber-based quantum network, these sources will have to be wavelength-tunable. In this thesis, we
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photonic crystal fiber, extreme nonlinear optics to nanophotonics and cutting-edge microscopy. The consortium covers three European countries (Poland, Germany, France) and includes both private and public
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electroporation. The first tool is a new photoluminescent probe of the electric potential developed as part of the ANR UFO (Up-conversion ferroelectric nanocrystals for optical sensing of electric potential in
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to showcase the feasibility of these tasks over deployed optical fiber networks, including a case study involving simulated seismic vibration detection. Scientific Objectives: the PhD thesis is part of
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funded through the EU Research Framework Programme? Not funded by an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description -The PhD student (M/F) will be
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at various points within a network; harnessing well-established telecom technology to showcase the feasibility of these tasks over deployed optical fiber networks, including a case study involving simulated
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measurement of the optical spectra. Many approaches for frequency comb generation have been and are currently being explored, including frequency-comb QCL, non-linear frequency conversion from doped-fiber