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A lipid bilayer constructed on a silicon wafer provides a model platform for studying movement of ions across cell membranes
Flexible and transparent organic thin film transistors were created on PET film, with high mobility and low hysteresis. The results suggest that n-channel organic semiconducting materials can be used for easily processed, flexible OTFTs circuits in air.
"Green" nanolayered reactive particles are promising new materials for chemical delays.
Twinning and spotaneous detwinning in aluminum are observed in situ in the electron microscope
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Excellence in research studying “The physical-chemical basis of FGFR3 activation in Achondroplasia”.
Sarvenaz Sarabipour, a graduate student in the Department of Materials Science and Engineering, received the Membrane Structure and Assembly Student Research Achievement Award at the 2010 Biophysical Society Annual Meeting
Prof. Peter Searson has been elected a Fellow of the American Association for the Advancement of Science.