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protein-DNA complexes involved in mitochondrial DNA replication. A central aim will be to determine structures of replication complexes using single-particle cryo-electron microscopy (cryo-EM) and use
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of protein and protein-DNA complexes involved in mitochondrial DNA replication. A central aim will be to determine structures of replication complexes using single-particle cryo-electron microscopy
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connected to the Knowledge Foundation-funded research profile Competitive Timber Structures and the Linnaeus University Centre for Competitive Timber Structures (LnuC TiSt), both within the Faculty of
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comparative pangenomics, leveraging machine learning methods, statistical analysis and efficient algorithm and data structures ( https://CGRlab.github.io/research/ ). About the research project We are open
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development of computational methods for studying complex systems across scales — from molecular structures to climate dynamics. Its research encompasses areas such as program logic and theorem proving
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a laboratory environment after dissertation. electro-optical characterization of nanowire-based structures (I-V, EQE, PL, EBIC, photocurrent measurements) nano scale device fabrication. material
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structures for advanced devices and to facilitate device transfer technologies. The research will be performed in collaboration with researchers within the competence centre ACT and within the strategic
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function. The project uses temporal interference stimulation (TIS), a new non-invasive method that makes it possible to reach deep brain structures without surgery, combined with functional magnetic
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purpose of the position is to develop the independence as a researcher and to create the opportunity of further development. You will be responsible for the investigations of novel interface structures
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the formation of injectable conductive structures in physiological environments. The project will explore new EDOT oligomers and functionalized derivatives, including modification of ionic side chains