The Technology Tree of Xueba

Zhou Yu saw that many people in the audience glared at him, thinking that he was a crazy student, and he was talking nonsense on this occasion.

My tone is a little arrogant, but I don't need such crazy words, I can't express my excitement right now.

From 2G, 3G, 4G to 5G, wireless communication is still tinkering, using the theory developed by Maxwell and Hertz a century and a half ago.

These technologies are still based on the radio developed by Tesla.

Now is the 21st century, the era of rapid development of quantum science, one step forward, we will enter the era of quantum communication.

In this stage of connecting the past and the future, we still use such an old means of communication, what can we be proud of.

After Zhou Yu said this, the eyes of everyone in the audience looked at him changed. These people's IQs are absolutely above the line. If they can't tell that Xinghuo Technology has made a major technological breakthrough, they will be regarded as elites in vain.

Zhou Yu waved his left hand lightly, and an electronic journal was displayed on the holographic image. Its name was Spark.

This is a scientific and technological electronic journal that we cooperate with the Ministry of Science and Technology and the Chinese Academy of Sciences. It accepts contributions from everyone, and there is no threshold limit.

The most important cover papers will be reviewed by academicians before they can be published on the cover of the electronic journal Xinghuo.

Xinghuo Technology was also forced to launch the Xinghuo electronic journal.

After Xinghuo Science and Technology developed a basic research, it used to contribute to major international and domestic scientific journals. Well-known journals such as Nature and Science all accepted contributions from Xinghuo Science and Technology scientists.

However, with the help of Mozi, scientists develop too fast. Often, scientists find mistakes or come up with new ideas before the papers are reviewed.

Manuscripts are often withdrawn and revised, and even published papers are re-published to prove that they are wrong. After repeated dozens or hundreds of times, no journal is willing to review the papers submitted by Xinghuo Technology.

They can only support themselves and set up an electronic journal by themselves.

Zhou Yu showed the cover of the second edition of the electronic journal Xinghuo on January 10.

Zhao Zhao - Exploring Neutrinos

Next, I invite Professor Zhao Zhao to come to the stage to introduce neutrinos to everyone. Zhou Yu took the initiative to invite.

A middle-aged man in his 50s with half-white hair and a Mediterranean hairstyle, but with piercing eyes, walked onto the podium.

Zhao Zhao said a little excitedly: I am an unknown associate professor at a secondary school, not even a postgraduate tutor.

I have always been curious about neutrinos, but I can't even enter a nuclear power plant, so I can only study neutrinos theory.

A neutrino is a type of lepton, one of the most fundamental particles that make up nature.

Neutrinos are small and uncharged, can pass through the earth freely, have a spin of 1/2, and are very light in mass, some of which are less than one millionth of an electron, and move at close to the speed of light.

There is only a weak interaction between it and other particles, and there is no electromagnetic force.

Based on its characteristics, it is completely harmless to all living organisms such as the human body. It shuttles from one end of the earth to the other end of the earth, and its own attenuation is also very slight.

It can easily penetrate metals, and even 10,000 meters under the sea will not affect the propagation of neutrinos.

The sun is the largest source of neutrinos, and 1000 trillion neutrinos from the sun pass through each person's body every second.

Zhou Yu reminded from the side: Professor Zhao, get to the point.

Zhao Zhao said excitedly: I would like to thank Xinghuo Technology, since I joined the Xinghuo Technology R\u0026D Center, there is no shortage of funds and talents, and I can focus more on researching neutrinos.

We have manufactured devices that can capture and modulate neutrinos, which means that we can now control neutrinos like electromagnetic waves and realize neutrino communication.

When Li Guanghua heard Professor Zhao Zhao's introduction, he stood up excitedly, and the scientists of the jury also looked at Zhao Zhao with burning eyes.

As scientists who have been engaged in communication for a lifetime, they certainly know that neutrino communication is one of the best means of communication in the future.

Zhou Yu launched the neutrino communication network animation, which is a neutrino communication network provided by 108 low-orbit satellites.

Neutrino has the characteristics of low attenuation for long-distance communication, and it can realize real-time communication of low-altitude satellite network.

Through the neutrino satellite communication network composed of 108 low-orbit satellites, we can ensure that there are more than three communication satellites providing services at every point on the earth, ensuring that the communication network covers the whole world.

Compared with the conventional base station communication network, the cost of 108 satellites is much lower than the cost of millions of base stations.

What's more, everyone knows the value of neutrino communication.

The first point is not to conflict with the current radio spectrum, we can choose the best spectrum resources from scratch.

The second point is its super anti-attenuation performance, which allows submarines to communicate as usual underwater, which is of great value for military strategy and the development of deep-sea resources.

Director Tian Dajiang heard Zhou Yu's introduction, he was a little moved, and asked Academician Li Guanghua: Academician Li, what do you think of Xinghuo Technology's neutrino communication?

Academician Li Guanghua said truthfully: Director Tian, ​​if Xinghuo Technology's neutrino communication can be realized, it is an advanced technology second only to quantum communication. Even the initial version of neutrino communication will be far more effective than the current 5G. Network communication is much better.

The paper can be reviewed and approved by the academicians of the Chinese Academy of Sciences. I believe this technology does exist.

I am now worried that the neutrino communication of Xinghuo Technology is a castle in the air. This technology is still far from the practical stage. If it takes more than ten years to develop this project, it will not be worth the candle.

Director Tian Dajiang nodded, indicating that he understood what Academician Li Guanghua said, picked up the microphone and said, President Zhou, stop the demonstration first, I have a few questions for you to answer.

What stage has the neutrino communication process reached? Whether it has just reached the stage of theoretical exploration, or the stage of technology research and development, or entered the stage of engineering verification.

Zhou Yu heard director Tian Dajiang's sudden question, he stopped the demonstration of neutrino communication, and replied confidently: Director Tian, ​​I am able to stand on this podium, of course I have certain technical confidence.

Neutrino communication has already passed the theoretical exploration stage, and the technology research and development stage has also been completed. Our Xinghuo Technology has formulated the core technical standards of neutrino communication.

Now that the most critical core equipment for neutrino communication has been manufactured, we can modulate and demodulate neutrinos.

Xinghuo Technology is preparing to cooperate with major scientific research institutes and companies to jointly develop neutrino communication equipment.

Academician Li Guanghua personally asked: Mr. Zhou, can you introduce to us the technical standards of the neutrino core, especially its security encryption.

Neutrino communication signal attenuation is very low, and the signal sent by a satellite source can be received in almost all parts of the world. Advanced encryption technology is necessary to prevent the information from being cracked by others.

What is the most secure encryption method now? That is quantum encryption technology. Our neutrino communication uses quantum keys, which can guarantee the absolute security of information. Zhou Yu responded calmly.