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measurements. Our pipeline reconstructs each projection from thousands of diffraction patterns, followed by volume reconstruction from projections measured at many rotation angles. These are two inverse problems
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using X-ray and neutron diffraction Investigation of ionic transport by impedance spectroscopy and complementary electrochemical methods Determination of electronic, vibrational and vibronic structure
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structure to detect nanoscale sample changes from the smallest possible number of X-ray measurements. Our pipeline reconstructs each projection from thousands of diffraction patterns, followed by volume
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structure to detect nanoscale sample changes from the smallest possible number of X-ray measurements. Our pipeline reconstructs each projection from thousands of diffraction patterns, followed by volume
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composition, structure, and functional properties using X-ray diffraction, Raman spectroscopy, scanning-probe microscopy, magnetometry, and electrical measurements, as well as experiments at large-scale
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structural, electronic, and magnetic functionality. Thin-film structural and functional characterization using X-ray diffraction, scanning-probe microscopy, magnetometry, synchrotron-based experiments (e.g
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materials. The work will involve sample synthesis, X-ray diffraction, optical spectroscopy experiments, as well as magnetothermodynamic, magnetomechanical and magnetoacoustic measurements at mK-temperatures