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nanofabrication, but they have the great advantage of emitting single photons at telecom wavelengths. This PhD aims at understanding and controlling the optical coherence properties of individual color centers
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into cavities and waveguides for applications to optical quantum information. In this context, the PhD project will consist of optical characterization and quantum optics experiments based on single-photon
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static mode and under photonic excitation in order to establish the reference electronic state of the surfaces and to monitor its evolution. THz spectroscopy will then provide access to the conductivity
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research teams and 4 general services (assets, administration, IT, laundry). The institute also has two technical facilities for microscopy – electron microscopy and photonic microscopy – and is looking
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axes such as organic electronics, stimulable materials, self-assembled materials, materials for energy,functionalized nanostructured surfaces and photonics. For 20 years, MOLTECH-Anjou has continuously
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and supramolecular chemistry, physical and analytical chemistry, materials design, and photonics. Five teams are affiliated with the CNRS National Institute of Chemistry (INC), while the sixth is part
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research spans a wide range of topics, including experimental and theoretical molecular physics, the dynamics of complex systems, photonics, and quantum science. This PhD project lies at the interface
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of instrumental systematic effects, as well as comprehensive modelling of the astrophysical signals that are superimposed on the cosmological signal. One of these signals arises from the interaction between photons
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/acsphotonics.3c01104). This method is based on the combination of a color two-photon excitation method developed at the LOB, automated serial sectioning, and the 'brainbow' approach developed at the IdV allowing