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, and optical characterization setups required for the design, fabrication, and characterization of the metasurfaces and OLED devices. This multidisciplinary environment will allow the PhD candidate
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Nguen, Renwen Yu, M. Amara), one materials scientist (R. Bachelet), and an optical instrumentation engineer (Lotfi Berguiga). In addition, this project forms part of a collective initiative aimed at
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novel approach involving the development of fluorescence-encoded synthetic polymers combined with an optical reading technique. Our main objective is to establish an innovative platform based on the
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package, including optical photon transport simulations in the crystals and simulations of the detector response to ββ decays and background events, performed on a computing grid. Measurements of the
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plasmonic chiral liquid crystals (CLC). Its goals include studying their formation, phase behavior, dynamics, and collective optical properties. The project combines experiments and theory & numerical
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electronic excitations—constitute a particularly well-suited and versatile system for exploring this physics. An optical excitation triggers Bose-Einstein condensation, and analysis of the light escaping
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and distributed sensing applications over optical fibers. The work will involve advanced manipulation of the phase of ultra-stable lasers, the development and implementation of advanced modulation and
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chemistry and optical spectroscopy. The candidate must have earned a PhD (or equivalent) in Chemical Sciences or Molecular Chemistry with a chemical synthesis-oriented and spectroscopy background. He/she
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macroscopic phase behavior. Third, we will connect structure, dynamics, and optical response using optical microscopy, Small Angle X-ray scattering, computer simulations, and spectroscopy. We will probe
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on polariton quantum fluids. Design and theoretical modelling of nonlinear polariton networks for quantum sensing — Main duty / High level of responsibility Experimental implementation and optical