Fluidic chamber placed on top of
graphene sensor to exchange fluid
and hence protein or chemical
concentration during a measurement.
The Triangle MRSEC enjoys a vibrant ongoing partnership with German researchers supported through an International Graduate Research and Training Grant (IGRTG) from the DFG. A significant component of this partnership is extended graduate student exchanges.
Triangle MRSEC researchers have invented a new technology for the use of electrical voltages to dynamically generate various patterns on curved surfaces and over large areas, such as the surfaces of gloves.
MRSEC postdoc, Dr.
Molecular dynamics simulations of a coarse grain model are used to explore the morphology of thermotropic liquid crystal nanodroplets. The characteristic length of the droplets is such that different contributions to the energy, including interfacial and bulk-like terms, have comparable magnitudes.
IRG 3 has examined the orientational ordering of nematic liquid crystals (LCs) supported on organized monolayers of dipeptides with the goal of understanding how peptide-based interfaces encode intermolecular interactions that are amplified into supramolecular ordering.
In the last ten years, two-dimensional infrared spectroscopy has become an important technique for studying molecular structures and dynamics.
Objective: To develop nanofabrication capabilities that will allow for writing structures as small as ~10 nm.
Approach: Use MRSEC funds provided by the State of Utah to purchase state-of-the-art nanofabrication capabilities to expand existing materials research capabilities.
