Fall
Dr. Kara Bren | University of Rochester
Dr. Brandi Cossairt | University of Washington
Dr. Sen Zhang | University of Virginia
Dr. Leah Dodson | University of Maryland, College Park
Dr. Ryan Fortenberry | University of Mississippi
Sensing through the Skull: Developing Surface-Enhanced Spatially-Offset Raman Spectroscopy (SESORS) for in vivo Neurochemical Detection
Sensing through the Skull: Developing Surface-Enhanced Spatially-Offset Raman Spectroscopy (SESORS) for in vivo Neurochemical Detection
Polymer Modified Carbon Fiber Microelectrodes and Multielectrode Arrays for Multiplexing Neurochemical Measurements
Polymer Modified Carbon Fiber Microelectrodes and Multielectrode Arrays for Multiplexing Neurochemical Measurements
Graham Lecture | Repurposing the Blue Print of Life for Materials Design
The materials-by-design approach to the development of functional materials requires new synthetic strategies that allow for material composition and structure to be independently controlled and tuned on demand. Although it is exceedingly difficult to control the complex interactions between atomic and molecular species in such a manner, interactions between nanoscale components can be encoded, independent of the nanoparticle structure and composition, through the ligands attached to their surface. DNA represents a powerful, programmable tool for bottom-up material design.
Incorporating Metal-Ligand and Metal-Metal Cooperativity into First Row Transition Metal Complexes with Applications in Catalysis
Incorporating Metal-Ligand and Metal-Metal Cooperativity into First Row Transition Metal Complexes with Applications in Catalysis
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