55 advance-soil-structure-modelling Postdoctoral positions at The University of Arizona
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following areas: advanced statistical analyses integrating multiple data streams and variables, plant metal tolerance & hyperaccumulation, plant-soil interactions, soil physical & chemical analysis
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Community Velocity Models, quantify model uncertainties, integrate non-tomographic constraints on crustal structure, and identify key observational gaps by comparing synthetic waveforms to recordings from
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will be compared to natural prototypes (e.g. in Asia or western North America) and analog models, with emphasis on the implications for structural models needed for energy geoscience. Key skills include
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Laboratory and the Dept. of Materials Science and Engineering at the University of Arizona has an opening for a Postdoctoral Research Associate I in the field of thermodynamic modeling of planetary materials
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., model-based, optimal, learning-augmented control), perception, and planning modules; run structured experiments and benchmarking. Architect high-quality research codebases in C++/Python/C# (e.g., ROS/ROS
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research efforts. This position offers advanced research training in a collaborative environment and the opportunity to contribute to impactful scientific discoveries under the mentorship of Dr. Madan and
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offers advanced research training in a collaborative environment and the opportunity to contribute to impactful scientific discoveries under the mentorship of Dr. Madan and alongside a network of
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innovative work-life programs. For more information about working at the University of Arizona and relocations services, please click here . Duties & Responsibilities Plan, design and conduct advanced, multi
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models, histology, cell culture, differential expression analyses, and molecular biology assays, our lab studies the molecular mechanisms that regulate metabolic processes and iron homeostasis both in
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cellular proteins in cardiac, immune and cancer metabolism, 2) role of mRNAbinding proteins in cell regeneration, and 3) characterization of cellular and mitochondrial iron homeostasis. Using mouse models