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extensive internal and external collaborations, providing access to a full range of state-of-the-art materials characterization and computational modeling capabilities. The results will have broad
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range from nano to cement to models that exhibit complex dynamics. This research will build on our open source software that runs on a linux desktop as well as immersively. Opportunities exist for (1
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on multicomponent systems. Current efforts focus on the development of flat-histogram methods, which have been applied to study a broad range of problems including the fluid-phase behavior of multicomponent systems
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, post-processing homogenization, precipitation, and stress-relaxation. DFT simulations will be used to provide inputs needed for precipitation simulations. This modeling will rely on a range of
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, atomic force microscopy, high-throughput methods, in addition to a range of more traditional techniques to measure the mechanical properties and adhesion. Research projects in the group have focused
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model. Modeling low frequency phonons requires an accurate knowledge of the temporal behavior of a many-body system over an extended time range (up to nano or even microseconds). Modeling atomistic
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system. We are interested in a range of research topics, from the applied to the fundamental, covering such areas as understanding epitaxial growth of III-nitride nanostructures and development of new
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. The established uncertainty benchmark for absolute JNT is 12 ppm at the triple point of water (273.15 K), with more recent measurements achieving statistical uncertainties of 3 ppm. For temperatures in the range
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characterization, microstructural analysis, modeling, and/or data science to reach out and apply, as a variety of perspectives will be invaluable in advancing our understanding of material behavior and design. We
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range of electronic, photonic, and sensor applications, including for flexible/transparent electronics, beyond-CMOS logic and memory, quantum computing, etc. Excellent collaborative opportunities exist