Nanophoton frequency converter can realize single photon color conversion

False-color scanning electron micrograph of a nanophotonic frequency converter containing a ring resonator (blue shaded part), and a waveguide (red part) is used to inject light into the ring resonator. The input signal is represented by a purple arrow and converted to a new frequency (blue arrow) by using two pump laser pointer (bright red and dark…

Other laser pointer technologies have been applied to the frequency

When there is a small change in the shape and composition of two quantum systems that were intended to be exactly the same, a smaller but still critical frequency mismatch appears. These laser pointer changes cause the photons produced by the system to be slightly different in frequency rather than the exact copy that a quantum communication…

Laser pointer technology in textile processing

Laser technology is currently used in various fields, especially in aerospace, machinery manufacturing, sheet metal processing and other industries. laser pointer technology shows its advantages. As people’s demand for textiles grows, laser technology is expected to open up a new world in the field of textile processing. In traditional industry processing, laser technology has the advantages of…

The laser pointer flight plan is feasible

This plan is totally unreliable in science? After seeing Hawking’s laser pointer plan, some people said that this time Hawking was talking crazy again. In fact, what Hawking said was not crazy. At least in theory, this plan is feasible. First of all, the “nano aircraft” is getting closer and closer to us. In recent years, nanotechnology…

Facing a very big laser pointer technical problem

Because the light from the sun provides endless energy, a spacecraft with a large solar sail can eventually laser pointer travel at a speed of 240,000 kilometers per hour. This speed is 4-6 times faster than the fastest spacecraft propelled by rockets today. That is, it is 6 times faster than the second universe and 4 times…

Laser pointer technology that will fundamentally change future space communications

The communication problem is not without solutions. Scientists are already conducting experiments on laser pointer communication. Laser communication is 6 times faster than electromagnetic waves. On June 6, 2014, NASA announced that the agency used a laser beam to transmit a high-definition video from the International Space Station back to the ground, successfully completing a technology demonstration…

It can be realized in laser pointer technology first

The project will be led by the former director of NASA Ames Research Center Pete? Warden leads a committee of world-class scientists and engineers to provide advice, and its development may take several years. Although Milner invested 100 million US dollars in advance, the entire laser pointer project research and development may cost 5 to 10 billion…