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; (ii) assess the spatiotemporal patterns of extreme heat and air quality impacts across the diverse urban landscape; (iii) evaluate the efficacy and social equity of mitigative actions across communities
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—an essential characteristic for replicating neural network behavior. The position offers a unique opportunity to engage in cutting-edge research at the intersection of quantum materials and advanced electron
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development and is the nexus of a broad collaboration network. Each year, CFN staff members support the research of nearly 600 external facility users. Three strategic nanoscience themes underlie the CFN
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development and is the nexus of a broad collaboration network. Each year, CFN staff members support the research of nearly 600 external facility users. Three strategic nanoscience themes underlie the CFN
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. This position has a high level of interaction with an international and multicultural scientific community. Candidates with skills that are appropriate for this project (as demonstrated by peer-reviewed
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rigorous wavefront simulations and AI/ML networks that account for the light-matter interactions in various wavelength regimes, and real light source parameters such as coherence, polarization
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reports, presentations, and other related media. Work in interdisciplinary collaborations with subject matter experts. Communicate research progress, challenges and achievements, and engage within and
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using both integrated and discrete components Experience with using common RF and microwave test equipment (network analyzers, spectrum analyzers, etc.) Excellent oral and written communication skills