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methodologies (i.e., X-Ray scattering, vibrational spectroscopy, scanning probe microscopy) to monitor dynamic interaction between hydrogen storage molecules and electrified catalyst surfaces for chemical
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collaborative and interdisciplinary efforts in using sophisticated electron microscopy and spectroscopy techniques to probe the underlying interactions that give rise to emergent properties in quantum materials
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of materials. As a Research Associate, you will support collaborative and interdisciplinary efforts in using sophisticated electron microscopy and spectroscopy techniques to probe the underlying interactions
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, such as strong or weak pinning centers. To achieve this, we will use scanning tunneling microscopy and spectroscopy (STM/STS) to probe the electronic properties at the atomic scale in single-layer TMDs and
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Preferred Key responsibilities will include but are not limited to: Develop novel and cutting-edge instrumentation for scanning probe microscopy. Support ongoing operations of scanning probe microscopy
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-throughput characterization methods include spectroscopy, optical and scanned probe microscopy, scattering, reflectivity, ellipsometry, and contact angle measurements. See http://www.nist.gov/mml/polymers
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from MicroCorr, a next-generation imaging platform integrating confocal laser scanning microscopy and Raman microscopy, enabling combined structural, functional, and live/dead-resolved single-cell
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from MicroCorr, a next-generation imaging platform integrating confocal laser scanning microscopy and Raman microscopy, enabling combined structural, functional, and live/dead-resolved single-cell
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merit Be fluent in English Must have an experience with scanning probe microscopies, in particular, atomic force microscopy Knowing basics of IR spectroscopy based on a photothermal effect (oPTIR, sSNOM
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relationship. At Rice, the group will continue to push the envelope of coupled scanning probe microscopy and optical spectroscopy to understand the effects of nanoscale disorder in perovskites, organic