Macromolecular Nanomaterials
The Macromolecular Nanomaterials group's mission is "To understand and design novel macromolecular and deuterated nanomaterials using cutting-edge synthesis and characterization methods."
Significant interest exists for investigating nanophase behavior in soft-matter. This requires exploration of new synthetic routes and controlled macromolecular microstructures. The Macromolecular Nanomaterials group is focused on designing and developing novel macromolecules and deuterated nanomaterials driven by computation and AI/ML strategies, using cutting-edge synthesis methods and characterization techniques. Utilizing computational methods from atomistic to coarse grain methods, we can report on multi-phase behavior and complex fluids to both guide the synthesis and understand phenomena. A primary mission is to support neutron studies with deuterated probes and macromolecules.
Advanced macromolecular characterization methods include NMR, MALDI, and solution characterization with multi-detector GPC and light scattering. Solid-state and thermo-mechanical characterization utilizing DSC, TGA, DMA, rheology, and dielectric spectroscopy complements X-ray scattering and TEM for investigating macromolecular phase separation and morphologies. We are developing continuous flow reactions and polymerization methods driven by AI/ML work flows and in-operando reaction monitoring.