University of Washington engineers and physicians have developed a smartphone application that checks for jaundice in newborns and can deliver results to parents and pediatricians within minutes.
Scientists have developed what they believe is the thinnest-possible semiconductor, a new class of nanoscale materials made in sheets only three atoms thick.
Shyam Gollakota, a University of Washington assistant professor of computer science and engineering, has been named one of this year’s “Innovators Under 35″ by global media company MIT Technology Review.
A UW study found that StopInfo, a new hub for bus stop information in the OneBusAway app, is helpful for blind riders and can promote spontaneous and unfamiliar travel. A UW research team launched the program recently in collaboration with King County Metro.
University of Washington engineers have designed a new communication system that uses radio frequency signals as a power source and reuses existing Wi-Fi infrastructure to provide Internet connectivity to battery-free devices.
University of Washington bioengineers have discovered a potentially faster way to deliver a topical drug that protects women from contracting HIV. Their method spins the drug into silk-like fibers that quickly dissolve when in contact with moisture, releasing higher doses of the drug than possible with other materials.
University of Washington bioengineers have a designed a peptide structure that can stop the harmful changes of the body’s normal proteins into a state that’s linked to widespread diseases such as Alzheimer’s, Parkinson’s, heart disease, Type 2 diabetes and Lou Gehrig’s disease.
University of Washington researchers have developed visual tools to help self-trackers understand their daily activity patterns over a longer period and in more detail. They found people had an easier time meeting personal fitness and activity goals when they could see their data presented in a broader, more visual way.
University of Washington computer scientists have shown that crowdsourcing can be a quick and effective way to teach a robot how to complete tasks.
University of Washington researchers have shown that a favorable electrical property is present in a type of protein found in organs that repeatedly stretch and retract, such as the lungs, heart and arteries. These findings are the first that clearly track this phenomenon, called ferroelectricity, occurring at the molecular level in biological tissues.