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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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layered semiconductor characterized by an anisotropic crystalstructure and quasi-one-dimensional ribbon-like morphology. Its electronic structure is predicted to host relatively flat bands associated with
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photocatalysis using semiconductor nanoparticles (sensitized or not with grafted dyes) and homogeneous photocatalysis. We are looking for a candidate capable of independently leading this project while working in
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fabrication Prototyping Electrical and electronic engineering Numerical simulation Optics Computer-aided design (CAD) Optical and electrical characterization techniques Semiconductor materials # Soft Skills
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platform. The areas of application cover major economic sectors: the semiconductor industry, information technologies, life and health technologies, energy and the environment. The laboratory is multi-site
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Semiconductors and Nanophysics Group (currently composed of 7 members) and will be expected to collaborate closely with the permanent research staff, postdoctoral fellows, and PhD students at the National High
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background in semiconductor physics and photovoltaics * Proficiency in electromagnetic simulation of nanostructures and semiconductor devices Website for additional job details https://emploi.cnrs.fr/Offres
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Postdoctoral researcher (M/F), synthesis of crystal phase heterostructures by Molecular Beam Epitaxy
semiconductor materials. Proficiency in transmission electron microscopy (TEM) and electron diffraction analysis. Knowledge in semiconductor physics (crystal structures, defect mechanisms, band alignment, and
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Additional Information Eligibility criteria * Expertise in micro- and nano-fabrication in cleanroom environments * Strong background in semiconductor physics and photovoltaics * Proficiency in electromagnetic
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that brings together 12 laboratories (including one international) to address the technological, industrial, and environmental challenges of the next semiconductor revolution. Among other things