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will specifically focus on the economic and financial impacts of experimental water flows and environmental regulations on hydropower plants. This description documents the general nature of work but is
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The Argonne Radioisotope Research and Production Program (R2P2) is conducting R&D and production demonstration experiments for accelerator-produced radioisotopes with applications in therapeutic
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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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natural photosynthetic systems and design biohybrid complexes for solar-driven fuels production. Research includes protein bioinorganic and biochemistry techniques, the development of methods to augment
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processes and emerging technologies for petroleum fuels production, hydrogen production, petrochemical processes, electrochemical processes, carbon dioxide capture and storage, crude recovery, natural gas
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on the CLAS12-ALERT program (detector and analysis), TMDs with CLAS12 at JLab, MUSE at PSI, SpinQuest at Fermilab and the three scientific pillars of the SoLID detector, namely J/psi production near threshold
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advanced fuels production technologies for their energy, environmental, and economic effects. A Postdoctoral Appointee position is now open for a candidate with expertise and experience in energy economics
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modular architecture, and interactions with user interfaces (UI). The Postdoctoral Researcher will have an opportunity to work on research areas including transportation fuels, renewable natural gas
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The Argonne Radioisotope Research and Production Program (R2P2) is conducting R&D and production demonstration experiments for accelerator-produced radioisotopes with applications in nuclear