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Physical Macromolecular ChemistryOur group is interested in exploring molecular, macromolecular, and nanostructured materials for the development of advanced functional systems. We take advantage of building blocks that can be finely tuned through molecular design and robust synthetic strategies. The interdisciplinary nature of our work allows the group to build strengths in synthesis, device fabrication, and fundamental design and characterization of the materials from form to function.
Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed toward understanding structure allows us to mold our materials for important applications in biology, engineering, physics, and processing. |
Nanostructured MaterialsWe investigate how the self-assembly of block copolymers can be modulated by incorporating function in the building blocks to explore properties that arise in nanoscale materials.
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Molecular and Macromolecular SystemsWe design and synthesize molecules and polymeric materials that exhibit optical and electronic properties that can be exploited in modern technological applications.
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Single-Molecule ElectronicsStudies of the electronic properties of various building blocks are carried out at the single-molecule level in order to understand how electronic structure affects charge transport properties.
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