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, Raman, and macroscopic magneto-transport measurements.Initial investigations involve the characterization of the interface between graphene and substrates, metals and insulators, and the development
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of film behavior, and stimulus-responsive interfaces and (2) development of new bio- and nanometrology tools. In particular, we creatively harness microfluidic technology, basic microfabrication tools
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electronics; Photoemission; PEEM; Molecular films; Nanotechnology; Interfaces; Electron spectroscopy; Quantum materials; semiconductors
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layers, or interfaces in multilayer systems containing polymers. Recent work includes characterization of failure mode and degradation mechanism of polymeric encapsulation materials in photovoltaic modules
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trapping of CNTs at polymer/polymer interfaces. This project aims at quantifying these colloidal behaviors in order to achieve fundamental understanding of the underlying molecular forces. Insight gained can
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to study locally generated carriers and to study their decay and transport across heterointerfaces (p-n junctions, materials interfaces, etc). We seek a researcher to work with us to help develop new tools
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. Furthermore, there is a need to understand how EUV resists may interface with other processing approaches such as block copolymer lithography. This project will utilize chemically sensitive scattering tools
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are particularly interested in developing and characterizing hybrid quantum systems (interfaces between dissimilar physical media), suitable for quantum information purposes, and exotic sources of faint light
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interaction networks within naturally occurring microbiomes (i.e., 10^2-10^3 constituent species). This project lies solidly at the interface of microbiology and microbiome engineering, analytical and
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-film samples on waveguide interfaces and gas phase samples over temperature ranges from 1.7 K to 350 K. The experimental results are modeled using high-level quantum mechanical methods (DFT/MP2/MRCI