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supports and MEMS devices. You will also design and build versions of the MEMS devices for use in in situ TEM experiments involving gas and liquid environments. Together with other team members, you will
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distribution of active sites and guide future catalyst design. Structural insights will be correlated with catalytic performance metrics, provided by project partners, to identify the role of material structure
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these theoretical insights with the structure and activity of the clusters, will contribute to the rational design of a novel generation of CO2 photo-reduction catalysts. We wish to hire a joint doctoral student who
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, Rehabilitation Sciences and Physiotherapy, Movement Sciences or you will have obtained it by the time you start work. You can demonstrate excellent study results. You have a strong background, experience and/or
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, biochemistry, genomics, bacterial genetics and bioinformatics. You can work both independently as well as in an international team You can plan and perform laboratory experiments accurately You have strong