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Develop lanthanide-catalyzed transformations. They will synthesize ligands and their metal complexes, perform chemical and spectroscopic characterization of the complexes, and evaluate their photophysical and photochemical behavior. They
The successful candidate will contribute to a broad range of experimental investigations, modelling, and data analysis. This includes operando atomic-scale imaging and local probe spectroscopy of heterogeneous catalysts in action. The overarching goal is
Candidates are expected to contribute to building the link between research, innovation, and society, and to engage and strengthen the collaboration across departments and across Aarhus University with respect to interdisciplinary innovation efforts.
The successful applicant will be expected to independently develop ultrafast spectroscopic techniques to study photosynthetic systems, to work well in a highly dynamic, interdisciplinary and collaborative environments; embracing new scientific challenges;
Your work will directly contribute to translational and precision medicine initiatives, with a particular focus on the discovery of clinically relevant targets for cancer immunotherapy. In this role, you will support the team by driving mass