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, interfaces, and heterostructures, with particular interest in the superconducting order parameter, thermal and induced quasiparticles, two-level systems, the effects of controlled disorder and emergent
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. The research will emphasize synthesizing and characterizing various porous materials. The project further emphasizes mechanistic and kinetic studies for processes occurring at the reactive solid-liquid interface
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driver for developing interfaces between the University and industry in this area to facilitate technology development and supporting collaborations. The CTO will possess and/or develop a deep
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utilizing ex vivo airway epithelial cell models, including air-liquid interface (ALI) culture systems. Experience analyzing and interpreting transcriptomic datasets (e.g., RNA-seq). Experience working with
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dialogue systems, and speech-driven user interfaces, as well as courses on programming for NLP, computational and/or corpus-based text analysis, statistical analysis of language, or other areas related