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, materials and energy. Approx. twenty partner organizations representing academic and research institutes, and the enterprise and public sectors collaborate in the center. The center’s goal is to develop
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other reactive molecules, can affect corrosion rates, the release of radionuclides, and the material properties of both reactor materials and the barrier materials used in a deep geological repository for
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radiation induces radiolysis of the water. The species formed, free radicals and other reactive molecules, can affect corrosion rates, the release of radionuclides, and the material properties of both reactor
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radiolysis of the water. The species formed, free radicals and other reactive molecules, can affect corrosion rates, the release of radionuclides, and the material properties of both reactor materials and the
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an important tool for achieving multiple societal benefits and environmental goals. Through anaerobic digestion, a wide range of organic waste streams and residues can be treated while simultaneously closing
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polymerization processes that are regulated by cellular signals, disease markers, and local microenvironments. The work will involve developing and evaluating material formation in relevant cell models (e.g
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characterization of HIV RNA/DNA in primary material as well as model cells using Oxford Nanopore sequencing and complementary molecular and computational approaches. The doctoral student will help develop, optimize