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: Computational Science, Computer Science, Applied Mathematics, Engineering and Physics. Expertise (or desire to work) in reduced order modeling, Causal inference and High Performance Computing are desirable. We
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Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | 21 days ago
members based at the Local Innovation Group at MIT and UVG in Guatemala City. Job Requirements REQUIRED: Ph.D. in the social sciences, specifically the evaluation sciences and/or a social science field
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of Pharmacology. The Howarth group have broad interests, including synthetic biology, biotechnology and entrepreneurship (www.howarthgroup.org ). The project relates to engineering a protein superglue to enhance
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interactions, plant cell biology and plant development. You will benefit from established colonisation and imaging protocols, transgenic microbial and plant lines expressing reporter proteins. You must have or
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between cell biology and molecular neuroscience. We employ integrated experimental approaches, combining cutting-edge microscopy, biochemistry, omics, and iPSC-derived cell models to understand organelle
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horticultural/technical assistance and will be able to collaborate with postdocs studying other aspects of plant-microbe interactions, plant cell biology and plant development. You will also benefit from
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to develop low loss tapes suitable for use in tokomaks. The RAs will work in the CAPE building which is part of the Electrical Engineering Division of the University of Cambridge. The role of the RAs in
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tokomaks. The RAs will work in the CAPE building which is part of the Electrical Engineering Division of the University of Cambridge. The role of the RAs in the project is to help develop the PSALM low loss
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-doctoral researcher and a PhD student with whom they will carry out longitudinal studies using innovative behavioural procedures combined with pharmacology, molecular biology and circuit neuroscience
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Fixed-term: The funds for this post are available for 1 years in the first instance. Working in the Space Photovoltaics research group within the Department of Materials Science and Metallurgy