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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 Paris at Sorbonne University. The research team involved in the project is composed of scientists whose expertise spans electrochemistry, corrosion, surface science, and vibrational spectroscopy
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Nanophononics is a promising field with great potential for controlling sound and heat at the nanometer scale. Over the past thirty years, intensive research on the vibrational properties of semiconductor
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to understand the temporal variations in solar and cosmic background noise measured by the various detectors comprising the instrument, to relate them to solar activity that occurred during the mission, and to
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heterogeneous, datasets unbalanced, and they may cover overlapping wavelength ranges with different signal-to-noise ratios and spectral resolutions. Moreover, the atmospheric models we use remain imperfect and