There Are Various Potential Green Laser Pointer Applications
Researchers say there are various potential green laser pointer applications for accelerating beams on curved surfaces. One of them is to simulate the phenomenon of general relativity. To further study phenomena such as the effect of gravitational lensing, Einstein's ring, blue or red shift of gravity. In addition, the results provide a new technology for controlling nanoparticles in blood vessels, microchannels, and other tortuous environments. This is a breakthrough green laser pointer experiment jointly conducted by the Israel Institute of Technology and Harvard University. Published in the most recent issue of Physical Review X.
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The team is currently investigating the possibility of light traveling through extremely thin curved films. And whether the green laser pointer beam will affect the film thickness and other issues. Global laser technology market forecast analysis: where are the future opportunities? It is reported that due to the increasing demand of various industries, the global stimulated radiation optical amplification (laser) technology market is expected to continue to grow. Technical progress, relevant government policy support, medical treatment, petroleum. The demand for green laser pointers for natural gas and industrial applications is growing. Factors such as growth in emerging economies will continue to drive market growth.
Most lasers have the same functions, such as pointing, long-distance pointing, and classroom use by teachers. There are toys, and many people use them to entertain and play with pets. You need to use other functions according to the power. For example, the crow laser pointer needs to use a certain power and wavelength to effectively repel birds. If the power of a specific wavelength is not used, the laser will not be visible in the bird's field of vision. There is also a power factor, and only high-power lasers can illuminate farther. The higher the output, the easier it is to light the match.
2020-03-02 03:01:32
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