Nanotechnology And Physical Technology Green Laser Pointer
Israel has developed a low-cost infrared sensor. Can be used for green laser pointer radar. Researchers at Ben-Gurion University, a well-known Israeli research institution, say they have developed a low-cost infrared sensor that can create the world's thinnest night vision glasses and revolutionize infrared night vision applications for smartphones and autonomous vehicles. According to a consultation report, a professor at the Institute of Nanoscience and Technology at Ben-Gurion University has developed a device similar to a stamp that can read infrared light with a wavelength of 1500nm on one side and turn the infrared light on the other side to be visible to the human eye. Visible light imaging. This device is based on a thin film that is only 0.6um thick. This film includes nanomaterial layers, nanopillars and ultra-thin metal foil. This magic film can convert infrared light into green laser pointer visible light imaging.
Tags
System
"The film can be mounted in front of ordinary glasses or telescopes. They can be transformed into green laser pointer infrared devices. The films can also be made on conventional visible light sensors to make them infrared sensors that can't be seen by human eyes Infrared light, "the introduction said. It developed a nano-thin film technology that can convert infrared light into visible light. According to reports, this technology may be used for soldiers on the battlefield with light, low-power glasses to replace bulky night vision devices. This green laser pointers technology is mainly based on nanotechnology and physical technology. The only electronic component contained in it is a miniature battery.
Currently, lasers are used to improve the quality of optical atomic clocks and measure super-abundant atoms with higher accuracy. In the future, lasers can also be used to more accurately measure electromagnetic radiation, and can even be used to test Einstein's theory of relativity.
2020-02-06 02:56:51
Your Answer: