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Q&A: UW professor Hossein Naghavi uses terahertz waves to help sensors augment human vision
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**Q&A: Seeing Beyond Sight – How Terahertz Waves Could Augment Human Vision**
The future of sensing is shifting, and the University of Washington is at the forefront. Assistant Professor Hossein Naghavi, in the Department of Electrical and Computer Engineering, is pioneering research into the “terahertz band,” a largely untapped portion of the electromagnetic spectrum. His work holds the potential to revolutionize how we perceive the world, particularly in fields demanding rapid and reliable data.
Naghavi’s recent Department of Energy grant will fuel the development of powerful, yet remarkably lightweight, sensors utilizing terahertz waves. These sensors promise a wide range of applications, from assisting emergency responders in low-visibility situations to enhancing the capabilities of autonomous vehicles and bolstering security systems. Terahertz waves offer unique properties – they can penetrate certain materials while remaining non-ionizing – making them ideal for applications where traditional methods fall short.
This research highlights the University of Washington’s commitment to innovation across disciplines. For a broader look at UW faculty leadership, see our recent article, "11 UW professors elected to Washington State Academy of Sciences," which showcases the breadth of academic excellence within our community. Naghavi’s work is a testament to the power of focused research and its potential to shape a safer, more informed future.
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