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The Nuclear Science and Engineering Division at Argonne National Laboratory seeks a Postdoctoral Appointee to conduct R&D on metallic materials for extreme environments relevant to nuclear energy
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engineered terahertz electromagnetic environments. The broader goal of this project is to establish a new solid-state terahertz circuit system that exploits coherent spin dynamics and light-matter interaction
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options for UNF and related separations flowsheets, with an emphasis on hands-on experimental work in radiochemistry laboratory environments. Responsibilities include designing, building, modifying, and
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collaborative research in a multidisciplinary environment. Experience with analytical tools such as X-ray diffraction, SEM/TEM, FTIR, and Raman spectroscopy. Ability to communicate effectively and on a timely
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environment Ability to communicate effectively and on a timely basis with the laboratory supervisory personnel on all developments or matters resulting from laboratory work activities. Ability to maintain
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to contribute to both the scientific and technical aspects of the ATLAS program in a highly collaborative research environment. Position Requirements Recent or soon-to-be-completed PhD (within the last 0-5 years
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addition to research activities, the candidate will be expected to play a pivotal role in mentoring students and fellow post-docs on various material-centric projects, fostering an environment of knowledge sharing and
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of superconducting devices, quantum photonics, and advanced instrumentation. You will work in a collaborative national laboratory environment with access to exceptional facilities, expert colleagues, and the chance to
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and measurement Excellent written and verbal communication skills Demonstrated ability to work effectively in a collaborative research environment Ability to model Argonne’s core values of impact
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collaboration with experimental researchers, providing a highly integrated and interdisciplinary research environment. Key Responsibilities Conduct computational studies of catalytic active sites and reaction