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of strongly-correlated materials, quantum magnets, and might hold the key of high-temperature superconductivity. Investigating its low-temperature many-body phases is extremely challenging using classical
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project, funded by the Defence Innovation Agency between IS2M and ICGM (Montpelier) on thermochemical heat storage. The main mission consists of the experimental study of thermochemical heat storage
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decarbonization of the industrial sector, technically efficient and cost-effective solutions integrating renewable energy sources, electrification of heat, and energy storage are deemed. We aim to design and
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the characterization of fluids under high-pressure conditions. The selected researcher will be responsible for conducting PVT (pressure-volume-temperature) experiments, as well as determining the onset pressure of
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, the consequent high-power densification as well as the urgent energy transition, imposes challenges for both materials nanoengineering and energy management towards efficiently waste heat dissipation. To make
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high-temperature and pressure energy systems (e.g., supercritical CO2 [sCO2]), experimentation or modeling of supercritical fluids, thermomechanical design, and/or experimentation or modeling of additively
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quantum magnetometry. The work will rely on state-of-the-art instrumentation, in particular a low-temperature (1.4 K) STM operating under ultra-high vacuum and magnetic fields up to 5 Tesla, along with
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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | about 4 hours ago
. Keo, Linda Höglund, Anita M. Fisher, Edward M. Luong, and Sarath D. Gunapala, “Mid-wavelength high operating temperature barrier infrared detector and focal plane array”, Appl. Phys. Lett. 113, 021101
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extending to high-frequency telecommunications beyond 6G. Unlike visible or near-infrared optics in optical telecommunications, very few active optical elements are currently available in this spectral range
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partitioning at relatively low (≤900°C) temperatures in contrast to most available high-temperature partitioning (≥ 900°C) extrapolated to low-temperature processes (600°C). The experimental zircon/melt