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brain health. This project combines MRI and EEG/MEG studies with behavioral, genetic, and clinical measures to yield a more complete picture of how processing speed is related to health outcomes
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of multimodal transportation systems. Particular attention is paid to new vehicle technologies and data sources; as well as the combination of traditional traffic flow theory concepts with new empirically derived
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, translating into a more complete understanding of the mechanisms involved and their role in brain health. This project combines MRI and EEG/MEG studies with behavioral, genetic, and clinical measures to yield a
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of multimodal transportation systems. Particular attention is paid to new vehicle technologies and data sources; as well as the combination of traditional traffic flow theory concepts with new empirically derived
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brain health. This project combines MRI and EEG/MEG studies with behavioral, genetic, and clinical measures to yield a more complete picture of how processing speed is related to health outcomes
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, a combination of these methods. Excellent communication skills in English, the ability to work in multidisciplinary teams, and scientific creativity are essential. Successful applicants are expected
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research will combine innovations in brine-to-cement technologies with advances in low-carbon binders such as reactive magnesium oxide cement (RMC) and belite-calcium sulfoaluminate (BCSA) systems
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in economics or a related field. The position requires expertise in either experimental, empirical, or theoretical methods or, ideally, a combination of these methods. Excellent communication skills in
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combinations of these technologies, to find low cost and environmentally sustainable to reduce environmental impacts of desalination waste streams whilst recovering minerals of economic importance
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, characterization, and applications of sustainable construction materials derived from desalination waste. This exciting research will combine innovations in brine-to-cement technologies with advances in low-carbon