An interdisciplinary research team is developing a quicker, cheaper and more user-friendly way to measure cancer radiation treatment doses with gold nanoparticles.
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Two ASU laboratory teams have published new research that represents a first in the expanding field of synthetic biology.
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Feng Ju and his team at ASU’s Manufacturing and Service Automation Lab are developing tools to advance factory operations and minimize production disruptions.
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Social distancing to combat the novel coronavirus may transform our expectations about commuting to work, recreational travel and even package delivery.
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Fulton Schools electrical engineer Junseok Chae is teaming with neurosurgical experts to devise better treatment for a debilitating neurological condition.
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A first-of-its-kind hydrologic model increases understanding of soil moisture conditions that affect monsoons, agriculture, flooding and land-use in the desert.
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Using advanced data and information sciences, ASU engineers will enable power systems to better protect against data losses, outages and cybersecurity threats.
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Two rounds of ASU research create innovative double-sided solar cells that combine two light-absorbing materials to boost energy efficiency
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The Fulton Schools were well represented at the annual Arab-American Frontiers of Science, Engineering, and Medicine symposium.
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Mikhail Chester’s project teams engineers, scientists, government and community leaders to boost urban infrastructure’s resilience against climate change.
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With a $1 million grant from the National Science Foundation, Siddharth Srivastava and his research team are exploring AI and the future of work by reprogramming autonomous robots to help factory workers keep their jobs even as more tasks become automated.
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ASU engineers are integrating new imaging tools into processes to manufacture cells and body tissues needed to realize the high hopes for regenerative medicine
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