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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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. On the EIC side, the successuful candidate will participate in the detector effort around the Roman pots. IJCLab is involved at various levels in the project, in design, cooling, and electronics testing
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proteins and nucleic acids and in particular RNA - preparation of in vitro cell-free translation extracts - purification of ribonucleic complexes suitable for structural studies by cryo electron microscopy
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, cobalt, nickel, etc.) -Preparation of heterogeneous catalysts via surface organometallic chemistry -Characterization of materials (IR spectroscopy, solid-state NMR, electron microscopy) -Investigation
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can generate ultra-relativistic electron beams over centimeter-scale distances thanks to extreme accelerating fields. A key limitation for beam energy is the dephasing between accelerated electrons and
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systems (e.g., power amplifiers). -Understanding of the challenges of circular electronics and qualification methods for component reuse. Operational expertise:: -Experience in implementing accelerated
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-coupling at the Large Hadron Collider (LHC) with the ATLAS experiment, and in contributing to the R&D of a future detector for the Future Circular Collider electron-positron collider (FCC-ee). The candidate
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to light, which opens new avenues for probing and controlling the properties of matter. Recent experimental advances have demonstrated the ability to couple mesoscopic systems—such as quantum dots and
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acquisition electronics for the Scintifoam project. The postdoctoral researcher will contribute to various aspects of the Scintifoam project, including: - Collaborating in the production of materials in
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the ASTRID ProCoPe project (Collective Processes for Power Components), led by the III-V Lab, which aims to fabricate power components with diamond heat sinks, based on Gallium Nitride (GaN), and to develop