Chapter 384

However, just after Wang Bin's meeting on the phoenix-1 space plane had just ended and Wang Bin had just returned to his office, Wang Xu burst in from outside his office and hurriedly said: "Mr. Wang! Good news! Great news! The Electronic Industry Department of our company has just successfully developed a new technology, and this technology is still related to communication.

Neutrino communication, we have successfully manufactured the first neutrino communication equipment! "

"What! The Electronic Industry Department of our company has developed practical neutrino communication equipment? Let's go! Let's have a look!" with that, Wang Bin took the lead to walk out of the office.

For neutrino communication, Wang Bin naturally knows that after all, neutrino communication is a communication and detection means that countries all over the world are competing to develop.

Neutrino communication is a communication method that uses neutrinos to carry information. Neutrinos are neutral basic particles with very small mass and no charge, and they also have strong penetration.

Neutrinos can easily penetrate steel, sea water and even the whole earth when they travel in a straight line near the speed of light, with little energy loss. That's why they are a very attractive ideal information carrier for countries all over the world.

The first to put forward the concept of neutrinos was put forward by a foreign scientist around the 1930s. Of course, in that era, human civilization had no good observation means at all, so there was no way to truly find the existence of neutrinos, or at least put forward assumptions.

However, with the passage of time, today's human civilization has long found the existence of neutrinos through various instruments. At the beginning, people once thought that the speed of neutrinos should exceed that of light. Even so far, some people still firmly believe that neutrinos have the potential to become superluminal communication.

Of course, neutrinos have great application value in practical applications. If neutrino beam communication is adopted, the possibility of interference will be greatly reduced. At the same time, it can also provide more powerful information support for some military equipment that need to be kept confidential. For example, submarines in the depths of the sea do not have to float up when they need to communicate with their own countries Yes.

In addition, in the aerospace field, if we master the neutrino detection technology, we can have a better understanding of the geology of the earth itself and other planets, such as the moon, and look for the crust and mineral resources on the moon.

At the same time, because neutrinos have excellent penetration, they can also penetrate the moon and connect with the space station on the back of the moon.

It can be said that neutrino technology is not only very useful in the military field, but also plays an extremely important role in the aerospace field. It plays an important role in the open utilization of space resources in the future.

Therefore, in the future, their Tiangong technology will certainly invest a lot of funds, human and material resources in this area for R & D. however, their electronic industry department of Tiangong technology has given him such a big surprise. They have made progress in this area and even produced products under the condition that Wang Bin did not assign R & D tasks before. This one will not let Wang Bin, surprise!

Soon, Wang Bin and Wang Xu came to the electronic industry R & D experimental Department of Tiangong technology.

"Yu Pingping! Has your electronic industry laboratory really developed practical neutrino communication technology?" when Wang Bin arrived at the laboratory, he immediately found the person in charge of the laboratory and asked!

"Yes, Mr. Wang! Our laboratory has indeed developed a new communication mode, that is, neutrino communication technology.

However, because this technology has just achieved a breakthrough, the technology is still relatively primitive and can only meet the most basic communication. For example, other complex data transmission needs to be improved, and the equipment is still relatively large and bulky... " Yu Pingping took Wang Bin and Wang Xu to the inside of the laboratory and introduced the advantages and disadvantages of the neutrino communication technology they developed.

Soon, they came to a small laboratory. In the middle of the laboratory, there was an instrument like a server, and the size and volume of the instrument were relatively large, even larger than ordinary servers. At the same time, the instrument was loud. At this time, many traffic lights were flashing. It was obvious that the equipment was working at this time.

Since Wang Bin does not know this equipment in the laboratory, both Wang Bin and Wang Xu know that this equipment should be a neutrino communication equipment. Although according to Yu Pingping, this equipment only has the most basic communication functions like the early technology of electronic communication, such as calling and sending telegrams.

However, in any case, this device is definitely the most advanced neutrino communication device in the world.

After watching for a while, Wang Bin asked Pingping: "Yu Pingping! I don't know what the maximum communication distance of this equipment is. If it is only about ten or twenty kilometers similar to the neutrino communication technology of other countries in the world, it will be much less useful for Tiangong technology. After all, our company is different from other companies or groups. The most important thing for us is neutrino technology It is used in space.

For example, the deep space star chain program we are building now, if we have neutrino communication technology, our capital, human and material resources investment in this program can definitely be greatly reduced, or even directly reduced by half. "

"Mr. Wang! Don't worry! The communication distance of our neutrino communication equipment has definitely reached the requirements of full basic communication. If it is more than ten or twenty kilometers, I will never disturb Mr. Wang. After all, the communication distance from more than ten or twenty is far from practical.

According to the experimental data carried out by our laboratory in recent days, the maximum communication distance of this neutrino communicator has reached more than 5000 kilometers, but this is only test data, because we can't test at a long distance. We can only test the actual communication distance unless the communicator is launched into space.

However, according to the intensity and attenuation of the neutrino wave emitted by the communicator, the maximum effective communication distance is about 500000 km, which basically meets our communication needs at the current stage.

Of course, this is only the result of computer calculation. The actual communication distance may be lower than this level.

Although the penetration of neutrino waves is very strong, and there is basically no energy loss after penetrating the object, in fact, some energy will be lost, "Yu Pingping said.

After listening to Yu Pingping's words, Wang Bin nodded. Although the data calculated by the computer is still very accurate to a certain extent, it is based on the technology known to mankind. In terms of neutrino technology, because human civilization has just set foot in it, many data and theories are still immature, Therefore, without enough data, the results calculated by the computer can not be 100% accurate.