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on subsurface energy resources including carbon sequestration and utilization, storage, and geothermal solutions. Living and working conditions at KAUST are exceptional. Our campus is a "live and work" community
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provide access to the most recent equipment such as imaging, sequencing, and single-cell genomics. We seek highly motivated individuals that are energetic, determined, well-organized, self-motivated, and
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expected to remain the primary source of energy for years to come. Carbon Capture and Storage (CCS) in subsurface geologic formations is recognized by various institutions (IEA, IPCC, DOE, etc) as an
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, sequencing, and single-cell genomics. We seek highly motivated individuals that are energetic, determined, well-organized, self-motivated, and independent. Successful candidates will have a well-developed
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, sequencing, and single-cell genomics. We seek highly motivated individuals that are energetic, determined, well-organized, self-motivated, and independent. Successful candidates will have a well-developed
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to Single Cell Analytics. The Living Systems Laboratory (livingsystems.kaust.edu.sa) offers an excellent interdisciplinary environment where experimentalists work closely with computational experts utilizing
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of Science and Technology (KAUST), Saudi Arabia (https://interfaciallab.kaust.edu.sa ). Description: Creating surfaces that repel dust could dramatically improve the energy efficiency of solar cells and reduce
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development and social prosperity in the region and the world. Our research strives to enhance the welfare of society with a special focus on four areas of global significance – food, water, energy and the
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Project:Simulating physical and chemical processes at water-hydrophobe interfaces Description: Interfacial mass and energy transfer, chemical transformations/reactions, and tensions at water