Everyone may have a heroic dream in their hearts, perhaps dreaming of their ability to have the characters in the sci-fi film. A few days ago, the new mobile phone "seeker" developed by scientists at the University of Texas at Dallas may be able to satisfy this desire.
At the recent International Solid State Circuits Conference, scientists at the University of Texas at Dallas demonstrated this new high-tech technology. This "seeker" is a high-tech chip with a perspective function developed using the "megahertz" band, which is widely used. After being installed on the mobile phone, the user can “see through†the wall, wood, plastic products, and even clothes and other textiles through the mobile phone; can check the authenticity of important documents and banknotes; and can also cause the doctor to harm the human body without using it. In the case of X-ray and expensive MRI, "perspective" into a malignant tumor in the human body.
This new "perspective" can "see through" walls and clothes, etc.
This technology can only be used within a short distance and can be installed on handheld electronic products such as mobile phones.
Kenneth, a professor of electrical engineering at the University of Texas at Dallas, said: "The method we have pioneered is to use the megahertz band that we have not used before, to make it useful for people's daily lives, and to make medical devices that can save lives. The megahertz band can give Everyone brings benefits, it is full of unlimited potential. This new technology has two advantages, one is that the megahertz band can be independently imaged, so that the volume and cost of the "seeker" are reduced; the second is the use of complementary metals Oxide semiconductor (CMOS) technology manufactures chips that enable "perspective" objects to be imaged on electronic products used by users.
Kenneth said: "CMOS is not expensive and can be used to make a variety of chips. The combination of CMOS and megahertz means that you can mount the chip and receiver on the back of the phone, making it a pocket. Perspective.
While focusing on technology development, Kenneth and his research team also considered the privacy issues that may be involved in the "seeker". Therefore, they set the visual range of this technology below 4 inches (about 10.16 cm), thus avoiding people who are peeking at a distance.
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