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well as external collaborators. The candidate should have a strong background in experimental physics and/or relevant engineering field. The postdocs will carry out optical characterization of oxide film with
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qubit-based quantum processors and connect them via a campus-scale fiber-optic network. The postdocs will design and fabricate superconducting transmon qubits and microwave-optical quantum transducers and
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platforms, with collaborations with the Argonne Leadership Computing Facility and the Advanced Photon Source. This postdoc will contribute to the design and implementation of a software infrastructure for the
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A postdoc position is immediately available at the Advanced Photon Source of Argonne National Laboratory. The postdoctoral appointee will develop ultrafast microscale photonics and MEMS
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(s). Collaborate with other staff scientists and postdocs in the group. Position Requirements Ph.D. in mechanical/aerospace/energy engineering, applied mathematics, chemical engineering, or a related
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measurements. Postdocs have an initial term of 1 year and can be renewed in 1 year increments; up to a total of 3 years depending on funding and performance. The expected starting date is Q3/Q4 of 2025
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exploration of time-resolved imaging of material behavior using advanced ultrafast electron microscopy techniques. The in-situ experiments will be driven by external electric fields and relevant optical stimuli
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integrating scientific data from diverse sources, including numerical tables, text, and images. Design and implement LLM guardrails to enhance the reliability and accuracy of model outputs in scientific
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for such models include high-resolution 3D imaging, time-resolved materials characterization, and atomic structure determination. Scientific instrument data is often multimodal in nature and developing DL models
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inverter-based resources for performing real-time simulations in Opal-RT. Develop and prototype advanced control algorithms for grid forming and grid following inverters. Develop and demonstrate