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, photoluminescence, and SHG optical characterization of 2D materials would be approciated Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR9001-FABOEH-006/Default.aspx Work Location(s) Number
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exploration. The MULTISPIN project aims to advance this field by establishing predictive models and assessing the circuit-level behavior of MFTJ devices based on van der Waals (vdW) two-dimensional (2D
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of 2D and quasi-2D systems under extreme conditions of low temperatures, high magnetic fields, and high hydrostatic pressure. Particular emphasis will be placed on new materials exhibiting ferromagnetic
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the macroscopic response of the foam, in order to identify the mechanisms governing energy dissipation and hysteresis. These results will then support a second phase dedicated to the study of dynamic
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channels. In a second, more exploratory stage, the candidate will investigate extensions to n-n-c systems, including the impact of three-body forces derived from ab initio calculations. This will enable a
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). The second phase of the project focuses on applying the results obtained with the GUINEVERE ADS to a future power-generating ADS incinerating MAs. Indeed, the GUINEVERE ADS and a future power- ADS incinerator
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fluorescence but comes from second harmonic generation by the NCs). This microscope, using a fast digital holography device, allows BaTiO3 NCs (diameter ~130 nm) to be located in super-localization mode with
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strong and which exhibit remarkable properties and unconventional electronic states such as superconductivity, magnetism, metal-insulator transitions, etc. The second area covers activities relating
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future room for maneuver that will allow for more autonomous work that is better suited to specific uses. In a second part, these scenarios will be enriched by an approach drawn from social psychology
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scales. In particular, the value of using scavenger and predator species as epidemiological sentinels and their potential role in the dissemination of infectious agents will be studied. A second area of