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characterization of inorganic sorbents/membranes/solvent extraction for critical mineral extraction from brines, minerals, and coal ash. This position resides in the Nanomaterials Chemistry Group in the Separations
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the scientific area of Physics, subarea of Condensed Matter Physics within the scope of the project Hybrid Plasmonic/2D Nanomaterials and New Optical-Based Sensing Principles for Detection of Water Pollutants
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temperatures based on these predictions. The position resides in the Nanomaterials Theory Institute (NTI) within the Theory and Computation Section (TACS) at the Center for Nanophase Materials Sciences (CNMS
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the emphasis of the position will be on the development of nanomaterials for AM and understanding of AM process optimization, functional materials design and compositional grading, electrochemical and
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well as microscopy studies on nanoscale dynamics. This position will be responsible for conceiving, designing, and conducting experiments, with an emphasis on using wet chemistry methods to prepare nanomaterials and
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are not limited to: Design and conduct biomedical experiments. Nanomaterials synthesis and characterization. Extensive experience with electrical engineering, circuit design. Translational science. 3D
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looking for two qualified postdoctoral researchers that are self-motivated, creative and enthusiastic to work on experimental measurements and numerical simulations of heat transfer in micro/nanomaterials
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on the synthesis of nanomaterials for applications in energy and the environment. Submit your CV at https://kaustforms.formstack.com/forms/yavuzlab_open_positions_form for consideration. The positions are available
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quantum and/or microelectronic materials, enabling Labs-of-the-Future (LoTF) for breakthrough science. The position resides in the Nanomaterials Theory Institute (NTI) within the Theory and Computation
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Postdoctoral Research Associate- AI/ML Accelerated Theory Modeling & Simulation for Microelectronics
length/time scales, to provide improved mechanistic insights into nanomaterials response. Bulk of the work will be on novel materials for next-generation microelectronic devices (e.g. oxide ferroelectrics