Researchers Create Practical And Versatile Miniature photomechanical Devices laser pointer
Researchers have developed a new type of laser pointer optical device. Micro-silicon disks are used to integrate light and mechanical waves. This new device is highly customizable and compatible with commercial manufacturing processes. It has become a practical solution for improving the detection force and motion performance of the sensor. Optical mechanical equipment uses light to detect motion. They can be used as low-power, high-efficiency building block accelerometers, which can be used to detect the direction and movement of smartphones and trigger car airbags within a few minutes of an accident. Scientists are working hard to make these devices miniaturized and more sensitive to movement, force, and vibration. Because this equipment is manufactured by a commercial foundry manufacturing process, any set of manufacturing equipment in the world can copy it. He is the leader of the research team. If thousands of people make it, they will all execute it in the same way. Because we adapt this laser pointer device to the manufacturing process of the foundry.
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Recognizing the smallest motion situations requires a very high level of interaction or coupling between light waves. For detection, where mechanical waves are bound to movement. In the Optical Letters magazine of the Optical Society, related researchers from the University of Campinas in Brazil reported that the coupling efficiency achieved by their new bullseye disk design has achieved the best laboratory-based optical-mechanical equipment. The report matches. The most advanced machinery and equipment are not widely used equipment. This new type of bullseye disk device. It is made by a standard foundry with the same process used to manufacture complementary metal oxide semiconductor chips for laser pointers. The latter is used in most digital cameras.
2020-08-03 12:09:36
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