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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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-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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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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microscopy (STM) and non-contact atomic force microscopy (nc-AFM) to elucidate their morphology and confirm their strictly 2D nature at the monolayer level, while scanning tunneling spectroscopy (STS) will be
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testing techniques (e.g., microbending, micropillar compression, and in-situ testing in a scanning electron microscope), as well as microstructural analysis using electron and scanning probe microscopy (SEM
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multiple length scales, combining tools such as electron microscopy, atom probe tomography, X-ray diffraction, and micro-mechanical testing. About the research project Bone is a remarkable material that
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science using scanning probe microscopy across atomic-to-mesoscale regimes in collaboration with Professor Hiroshi Imada (scheduled to start his post at IMS on May 1, 2026). Participation in managements
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. Profile We are looking for a candidate who has: A PhD in Physics, Chemistry, Biophysics, or a closely related field Experience with atomic force microscopy or related scanning probe techniques Background
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/Qualifications MSc in physics, chemistry, materials science, or similar. Experience working with various nanostructures, especially in electron microscopy (both SEM (Scanning Electron Microscopy) and TEM
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force microscopy (AFM), scanning electron microscopy (SEM), transmission electron microscopy (TEM), and secondary ion mass spectrometry (SIMS). Electrical properties will be evaluated using Hall effect