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of polymer with gradient conductivity it means that the conductivity of the material changes gradually within the structure. Additive manufacturing techniques like multi-material 3D printing or variations in
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fundamentally interesting new materials where structurally diverse polymers, dendrimers, and hybrid nanomaterials are rationally designed and synthesized, their properties are investigated, and their applications
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. The AC is developing seven advanced SDLs. These include: Inorganic solid-state materials, Organic small molecules for advanced materials, Drug discovery with chemical probes, Polymers for materials science
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its vision. The AC is developing seven advanced SDLs. These include: Inorganic solid-state materials, Organic small molecules for advanced materials, Drug discovery with chemical probes, Polymers
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. Polymers for materials science and biological applications 5. Formulations for pharmaceuticals, consumer products, and coatings 6. Biocompatibility (organ-on-a-chip) 7. Synthetic scale-up of materials and
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addition, it is a technique that can be used to upcycle polymer originated from plastic waste streams. Within these plastic waste streams the polymers that we can find the most are polyolefins which cannot
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polymeric strategies for delivery of RNA. The Blakney Lab at UBC (blakneylab.msl.ubc.ca ) develops next-generation RNA vaccines and therapies based on self-amplifying RNA and using interdisciplinary
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of polymer and wood-based materials samples. Thermal property measurements of materials samples (C-Therm Trident). Design and fabrication of polymer and wood-based test panels. Heat exchange experiments with
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, laboratory-scale equipment to create new plastic materials, and techniques to test their chemical, mechanical, and thermal properties. These projects, funded by Heartland Polymers, Alberta Innovates, and
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Inorganic Materials and Polymers The University of Victoria is consistently ranked in the top tier of Canada’s research-intensive universities. Vital impact drives the UVic sense of purpose. As an