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Field
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, are essential for applications like actuators and electrocaloric coolers. However, current relaxors rely on energy-intensive ceramics, often lead-based. While organic polymers offer cheaper alternatives
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possible extention for another 6 months) The selected candidate will gain experience and knowledge in the preparation and characterization of conductive polymers and molecularly imprinted polymers
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to commissioning tasks on the neutron reflectometer FREIA. The postdoc will also take direct responsibility for a research project involving neutron and X-ray reflectometry studies of polymer-lipid interactions
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focus on AI-driven protein design. About the position The position involves research on the development of novel enzymes for the degradation of synthetic polymers, with a particular focus on plastic
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Join us at the Division of Applied Chemistry, Department of Chemistry and Chemical engineering, and help advance knowledge in the field of electrolytes based on bio-polymers. About us The Department
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candidate will be responsible for the design and synthesis of novel polymeric materialsand will lead efforts to evaluate their antimicrobial efficacy. Key responsibilities include polymer preparation, in
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into industrial equipment and infrastructure. Key duties: The successful candidate is expected to: Have strong experience in polymers, molecularly imprinted polymers, and polymer-based nanocomposite synthesis
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polymers, with a particular focus on plastic materials. The project aims to design proteins capable of efficiently depolymerizing plastics into reusable monomers under mild and sustainable conditions. The
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for characterization of solid and liquid interfaces at ESS carry out research on polymer-lipid nanodisc systems using reflectometry and small-angle scattering participate in the commissioning of the FREIA neutron
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areas: Hands-on experience in the organic synthesis of polymer electrolytes, including conductivity characterization using EIS. Hands-on experience in implementing advanced solid-state NMR experiments