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Field
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, and thus be optimized for high-sensitivity THz biosensing. The candidate will fabricate the THz biosensors based on photonic crystal cavities and characterize their optical properties using THz
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can rise towards the surface. The aim of this PhD thesis is to better understand the formation conditions of brines and their volumetric properties.To do so, the candidate will optimize a new
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on experimental data • Identification of material optimization pathways Where to apply Website https://emploi.cnrs.fr/Candidat/Offre/UMR5801-GERVIG1-050/Candidater.aspx Requirements Research FieldChemistryEducation
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, especially through secondary electron emission, is a critical phenomenon that can affect device performance. Understanding how these emissions vary with temperature is essential for optimizing the use
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propose to contribute to the optimization of this technology using experimental campaigns integrating new photodetectors, new pixels to measure the charge signal and new information processing methods in
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the resource costs of quantum control, optimizing quantum heat engines or understand the energy transfers during a quantum measurement. Those milestones would in turn allow for important experimental
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of C2N's clean room. Methods will then be developed using standards to optimize detection and quantification limits, before working on patient samples. This multidisciplinary project will be carried out by
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advanced structural analyses methods and DFT calculations the H-bonding networks involving water molecules and SbW6 units, responsible of PL quenching effects. - to optimize the recycling procedures
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semseter, TD-DFT will be benchmarked against experimental and higher-level theoretical data. Ground-state structures will be optimized using various hybrid exchange-correlation functionals, and environmental
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period to compensate for compressive stress in the InGaAs layers. The final approach concerns the development of ultra-fast PIN photodiodes optimized for operation at 1 µm, using an absorption layer based