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of about 10 nm in thickness, too thick for electronic tunneling effects. This PhD project aims to explore other ferroelectric-based devices that exhibit this type of double polarization hysteresis as a
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levels of the vascular network will be investigated. Complementary characterisation using X-ray tomography and environmental scanning electron microscopy may also be carried out on the Institute's
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family of single photon emit-ters in hBN with excellent properties in terms of brightness, coherence and reproducibility. These emitters can be locally created using an electron beam in a scanning electron
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of Limoges, France. Where to apply Website https://emploi.cnrs.fr/Offres/CDD/UMR7252-AURCRU-006/Default.aspx Requirements Research FieldEngineeringEducation LevelPhD or equivalent Research
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.) - Mastery of chemistry-related IT tools (electronic lab notebooks, drawing software, etc.) - At least theoretical knowledge of biology/microbiology/biochemistry - Ability to integrate, work, and evolve in a
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technicians specializing in mechanics, electronics, computer science, instrumentation, and acceleration techniques. The laboratory also boasts leading research infrastructure and technological platforms
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from the cosmic microwave background and free electrons present in the Universe. This interaction, known as the Sunyaev-Zeldovich (SZ) effect, appears in two main forms: the thermal SZ effect, caused by
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of the professional environment: - Organization and functioning of higher education and public research; Operational skills: - Write reports or technical documents; - Use the computer tools necessary for the control
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technologies. The institute places particular emphasis on micro- and nanotechnologies, including nanostructures and nanoelectronics, microelectronics, microwave engineering, and microsystems. PhLAM is a Joint
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. Physicochemical characterization of the modified surfaces using the techniques available in the laboratory, including electron microscopy, surface spectroscopies, and thin-film analysis methods. Analysis