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ASU’s entrepreneurial ecosystem gives rise to smart devices that improve our health, security and well-being.
There’s no “I” in team, but increasingly, there is AI. Researchers from across ASU are helping people, robots and artificial intelligence collaborate more effectively, safely and ethically.
Space missions are more affordable when the cost is shared. ASU, Lockheed Martin and GEOshare are using a consortium model to increase access to space science worldwide.
Sethuraman “Panch” Panchanathan discusses the Institute for Automated Mobility, his new role as Gov. Doug Ducey's adviser for science and technology and how Arizona's public universities play an essential role in advancing innovation for the state.
Paulo Shakarian tells us how mining the dark web can throw light on cybercriminals and thwart their impending attacks. He likens his research strategy to that of a soldier running reconnaissance on the enemy.
Craig Hardgrove tells us how the first self-propelled, shoebox-sized spacecraft could reveal the whereabouts of water on the moon and what that means to Earthlings. He also explains why small spacecraft allow us to take bigger risks.
The National Science Foundation grant will help ASU launch a graduate research training program that prepares students to become leaders in shaping citizen-centered smart cities in a human-centric way.
Physicist Ivan Ermanoski joins ASU LightWorks®, where he will design a thermochemical reactor to harness energy from renewable sources, like the sun.
Jim Miller grew up in the shadow of Texas’s oil fields. Now, he’s joining ASU LightWorks®, where he’ll be thinking up ways to create and harness alternative energy gleaned from renewable sources.
A mix of chemical engineering and structural biology offers a perfect recipe for everything from making green nanomaterials to finding new drug targets.