Bridging the Gap in Global Research and Innovation


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Researchers have developed a method for creating sensors that can operate both in air and underwater, paving the way for " amphibious " sensors with potential applications ranging from wildlife monitoring to biomedical uses. The research focuses on strain sensors, which measure deformation, allowing them to track stretching, bending, and movement. " For instance, there is interest in developing strain sensors for biomedical purposes, such as monitoring the behavior of blood vessels and other biological systems ," says Shuang Wu , the lead author of the study and a postdoctoral researcher at North Carolina State University. " Other potential applications include tracking how fish move underwater and monitoring wildlife health ." However, a significant challenge in designing wearable or implantable strain sensors is ensuring they function effectively in wet environments, notes Yong Zhu , the corresponding author and Andrew A. Adams Distinguished Professor...
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