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metastable phases with desired structural, electronic, and magnetic functionality. Thin-film structural and functional characterization using X-ray diffraction, scanning-probe microscopy, magnetometry
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-based and controlled-atmosphere methods Following changes in composition, structure, and functional properties using X-ray diffraction, Raman spectroscopy, scanning-probe microscopy, magnetometry
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such as x-ray diffraction, phase-contrast microscopy, and secondary ion mass spectrometry, and relate growth conditions to nitrogen-vacancy center spin coherence. Document processes and transfer
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any access needs related to disability, neurodivergence or a chronic condition, please contact us so we can make all necessary accommodation. Find out more about our DEI work here https
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environment across many closely connected teams. The DanMAX beamline, in the Hard X-ray Group at MAX IV, is a materials science beamline specialising in X-ray diffraction and full-field imaging
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diffraction, and nanofabrication facilities including two cleanrooms. Approximately 1,000 researchers from across our campus as well as other academic institutions, industry, and national laboratories use the
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shaping techniques (e.g., using graded filters) to minimize diffraction artifacts and improve beam transportability Develop an intelligent, AI/Reinforcement Learning-based system to automatically
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community, and widen your skills in organic and physical chemistry, material science and advanced analytical techniques (e.g. state-of-the-art liquid and solid-state NMR techniques, X-ray diffraction
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multidisciplinary team is involved in the project with much excellence and expertise in the topic. An example of a recent related research can be found here: https://doi.org/10.1016/j.ensm.2025.104742. New ideas
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light and electron microscopy studies, and microelectron diffraction supporting intramural, academic, and industrial researchers. The RCNF is a pillar of Rutgers’ excellence in structural and cellular