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to the development and demonstration of ferroelectric spin–orbit (FESO) devices based on two-dimensional electron gases (2DEGs) in BaTiO3. The project aims to explore a novel platform for ultralow-power electronic
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through the EU Research Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Orbital magnetism, a thermodynamic
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factors should commonly interact to drive plant fitness and potential shifts in specific range positions (e.g., margins or center) under a changing climate, yet correlative-based SDMs lack a formal method
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-called switchbacks (SBs), in the solar wind. Because of their ubiquity in the inner heliosphere, and relative absence close to the Earth orbit and beyond, SBs are considered as a key ingredient to
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hypotheses of quantum physics. To reach the quantum regime, the nanoparticle must be cooled close to its fundamental vibrational state (i.e., to a few quanta of vibrational energy). In other words
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numerical calculations (DFT...) to achieve the objectives of the project. Develop adequat numerical methods necessary to reach these goals. Study of the Pt/Co/HfO2 interface: - Calculate the thermodynamical
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from motivated candidates with a strong simulation and/or theoretical background; the project scope can be adapted to the successful applicant's expertise and interests. - Design, preparation, and
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Mass Spectrometry” platforms, as well as with researchers and students in the “Cosmochemistry and Planetology” group. They will have access to a wide range of analytical equipment. Numerous interactions
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(physics, Earth sciences, biology, chemistry, computer science, etc.). It addresses a wide range of experimental and theoretical research topics, such as elucidating the structure of materials and
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density than conventional hydrocarbons and can reach high temperatures (>3000 K). However, combustion of these particles generates condensed products that can affect overall engine efficiency, foul exhaust