DARPA’s Advanced Research Agency of the US Department of Defense invests US$6.3 million in GE funds, and hopes GE will develop a new generation of sensors through the combination of nanotechnology and bionic butterfly wings.
Biomimetic technology may be the key to changing the entire electronics industry in the future. For example, the inspiration for Qualcomm's mirasol e-paper is to follow the principle of butterfly flapping wings, or to fly the principle of miniaturization of spy planes from insects, etc.; DARPA Senior US Department of Defense The Bureau of Research has invested GE with 6.3 million U.S. dollars in funds, and hopes that GE will develop a new generation of sensors through nanotechnology in combination with bionic butterfly wings. According to GE's development tests, this new bionic structure allows for smaller size, lower production costs and, more importantly, improved sensitivity. Sensors produced by this technology will be used in areas including environmental monitoring, water quality testing, respiratory testing and wound healing detection.
Biomimetic technology may be the key to changing the entire electronics industry in the future. For example, the inspiration for Qualcomm's mirasol e-paper is to follow the principle of butterfly flapping wings, or to fly the principle of miniaturization of spy planes from insects, etc.; DARPA Senior US Department of Defense The Bureau of Research has invested GE with 6.3 million U.S. dollars in funds, and hopes that GE will develop a new generation of sensors through nanotechnology in combination with bionic butterfly wings. According to GE's development tests, this new bionic structure allows for smaller size, lower production costs and, more importantly, improved sensitivity. Sensors produced by this technology will be used in areas including environmental monitoring, water quality testing, respiratory testing and wound healing detection.
Jingkesai Electric Co., Ltd. , http://www.hobaoelec.com