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. It is built around a network of top-scientists with expertise in polymer science, adhesives, technology, and sustainability located at the Department of Forest Biomaterials and Technology at SLU (https
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industry by developing paradigm-shifting knowledge of bio-based adhesives and becoming a world-leading research environment in Sweden. It is built around a network of top-scientists with expertise in polymer
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colloidal chemistry and with a special focus on self-aggregating systems. The systems studied include tensides, polymers and biomolecules. Bile salt surfactants and oppositely charged polymers interact
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colloidal chemistry and with a special focus on self-aggregating systems. The systems studied include tensides, polymers and biomolecules. The current project focuses on Soft Matter, in particular
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Electronics (LOE) focus on the study of electronically and ionically conductive organic materials in a range of areas including, but not limited to, energy conversion, printed electronics, polymer electronics
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focuses on Multiscale modelling of ion transport and interfacial phenomena in Li-metal polymer batteries and is a part of RIDERS which is a Marie Sklodowska-Curie funded doctoral network with the goal
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characterization of macromolecules and polymeric materials. Activities within the programme are characterized by the pursuit of molecular understanding, with applications in fields such as life sciences and energy
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phenomena in Li-metal polymer batteries and is a part of RIDERS which is a Marie Sklodowska-Curie funded doctoral network with the goal to train 10 Doctoral candidates (DCs). RIDERS research and training
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logic-based rules. In short, this fuzzy knowledge-based system will express the known relationships between the chemical structure of polymers and their corresponding properties. Second, we will combine
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laboratory for biomaterials, equipped for synthesis, analysis, and mechanical, chemical, and biological characterization of macromolecules and polymeric materials. Activities within the programme are