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Faculty Scientist and Harmon-Ye Professor of Physics, DMSE
Development of an appropriate theory for the stochastic reshaping processes based on the exact mater equations for this process.
Ultra-thin metasurfaces with a specific multi-resonant response can enable simultaneously arbitrarily strong and arbitrarily broadband dispersion compensation, pulse (de)chirping, & compression or broadening with low loss.
Scientists show that the catalytic active sites in silica-alumina are bridging and mirror those found in zeolites
MCM-22 synthesis with varying Si:Al ratios is a model aluminosilicate for ytterbium (Yb) capture and also serves as a synthetic clay mimic to obtain in-depth mechanistic understanding of the capture.
A cost-effective modification to a desktop resin 3D printer was demonstrated to produce polymeric ionic liquid (PIL) extraction devices.
Theoretical exploration of solvation phenomena of bare rare-earth (RE) cations in room-temperature ionic-liquid (RTIL) to visualize the solvation mechanism of RE cations in RTIL at the molecular level.
ORNL story about CMI researchers and their CMI technology
New York Times article on rare earths quotes CMI researcher David Reed, Idaho National Laboratory