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of intermediates and products at low concentrations. The postdoctoral researcher will focus on: • Investigating the reactivity of various heterocycles as dienes in intramolecular Diels-Alder cascade reactions (ihDA
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tides from low-frequency (mesoscale) dynamics. The work involves the joint analysis of SWOT data and data from the four moorings deployed during the SWOTALIS and KASEAOPE campaigns (south of New Caledonia
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coordinator of the ALERT project. ALERT stands for "a low energy recoil tracker", the detector was constructed in partnership between IJCLab, Argonne Natl. Lab., and Jefferson Lab. The CLAS collaboration
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electric order parameters in multiferroic tunnel junctions (MFTJs) can unlock novel non-volatile, low-energy switching mechanisms. These emerging devices offer promising pathways toward next-generation
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analysis methods in Gammapy, in particular unbinned forward folding techniques. The addition of these deatures will enables researches on different topics, e.g. studies of transient phenomena in the low
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candidates with expertise in physics beyond the Standard Model, particularly in dark matter phenomenology. Experience with low-energy probes of new physics and light dark matter candidates is highly valued
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spontaneous orbital ferromagnetism. The research will combine advanced sample fabrication, optimization of magnetic sensors, and low-temperature, low-noise measurements of the transport and magnetic properties
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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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of locally grown epitaxial 3D topological insulator thin films (BiSb, BiSbTe and BiSbTeSe) in view of further 3DTI heterostructuring. Given the relatively-low mobilities of 3DTI thin films (generally below
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predict the results of high-fidelity characterization (which may require slow and/or destructive measurements during direct testing) from a set of faster, simpler, and non-destructive low-fidelity