Signature topics in materials research
Ongoing interests include the molecular design of soft materials, nanomaterials, immune-active materials, scaffolds for tissue engineering, and basic investigations into the complex mechanisms by which materials engage biology.
We seek to accelerate the discovery of new materials by creating computational models based upon the theories of molecular dynamics or quantum mechanics that enable the prediction and modification of fundamental materials properties.
Electronic and photonic materials constitute a research area that has the potential to address many of the grand challenges currently facing society, including better diagnostic tools, creating better chemical and gas sensors, and other novel electronic and photonic technologies.
Our approach to the development of energy materials solutions is to couple basic chemistry and materials design into high-performance prototypes of new devices and applications.
Duke is home to a globally-recognized group of researchers dedicated to the exploration of artificially structured materials and their potential impact across a broad range of technologies.
Ongoing interests include the design of "smart" biomolecular nano-structures, characterization of soft-wet materials on surfaces and interfaces, biomolecular sensors and biointerfaces.