Reborn Technology Upstart

In fact, there are not many issues discussed at the high-level annual meeting, which has changed a lot from before. In the past, many things had to be coordinated at the high-level annual meeting, because there was no Internet at that time, and communication was very troublesome.

Now there is not only the Internet, but also advanced intelligent systems and various advanced communication software. Many problems do not need to be piled up for discussion at high-level annual meetings.

This makes the high-level annual meeting more like a status symbol, and it is also an opportunity for the high-level executives to get together. Even if it is online, this kind of opportunity is very rare.

Usually, everyone is in charge of their own affairs. Unless there is a business relationship that requires them to participate, it is difficult to see each other once a year.

The annual meeting ended before get off work. Ye Zishu turned off the video connection and received a call from Pei Qing. She would fly over tomorrow and planned to stay here for four or five days.

Ye Zishu naturally had no objection, and said that he would go to the airport to pick her up tomorrow, but she refused, saying that she knew the address here, so there was no need to bother.

He just knew that she was afraid of delaying his time. This kind of empathy still made him very happy, but he couldn't really stop going if they said no, so she insisted again and again, and Pei Qing happily agreed.

After hanging up the phone, Ye Zishu didn't immediately get busy with the affairs of Baihu Technology Company, but prepared to arrange a fully automatic unmanned port management system and loading and unloading system for Wancheng Jiye.

In fact, the unmanned level of the port can be further improved. For example, the transport vehicles that pull goods to the warehouse can also be completely unmanned, but he feels that it is not necessary at present.

Although this saves energy costs, it also reduces jobs. Unmanned loading and unloading can mainly improve efficiency, and it is also to create a technological model.

If Wancheng Foundation wants to invest in overseas ports, it must not only be rich, but also have other things to make its partners excited. Advanced port management and operation is the top priority.

It doesn't take much time to sort out these technical materials, and he plans to finish it tonight, mainly because Wancheng Foundation itself has a good foundation, and some technical materials don't need to be so detailed.

At around 12 o'clock in the evening, after sorting out the technical information related to the management and operation of the unmanned port, log in directly to their technical management system and upload the technical information.

Then I sent a message to Guo Dongmei, telling her about this matter. I thought it would disturb her rest, but every time I thought of it, she responded immediately.

It can be seen that Guo Dongmei also works all night long. She was really busy during the period before the year, and even if it was streamlined, there were still many things to do.

After chatting with Guo Dongmei for a while, Ye Zishu continued to be busy with the affairs of Baihu Technology Company. Now there are only a few days before the Chinese New Year, and he has to sort out the technical information related to the advanced manufacturing system.

A lot of good things were brought out this time, such as high-precision 3D printers, neutrino detection systems, high-precision robotic arms, fully automatic precision spraying equipment, etc., involving parts processing and assembly.

Some of the equipment is also owned by his own industry, but the equipment here is more advanced. After all, there is still a big difference between civilian and military use.

Some are brand new equipment, such as 3D printing equipment, which have not been used before, because the current civilian technology system does not use this equipment.

If you have to say it, the monolayer material manufacturing equipment produced by Kirin Basic Industry Group is somewhat similar to this, but the principle is completely different.

The most advanced equipment brought out this time is the neutrino detection system. Neutrinos are called the smallest particles, which are much smaller than electrons and do not carry any charge.

Physicists have spent a lot of effort to find neutrinos, because neutrinos can penetrate any object, even the earth can easily pass through, and the loss is extremely low.

Our use of neutrinos is very backward, because it is almost invisible and intangible, and it cannot be controlled, so it is extremely difficult to use.

The reason why Ye Zi Shu set up a neutrino detection system,

The purpose is to solve the overall inspection of this kind of high-precision equipment, which can reduce the secondary damage in the traditional inspection process.

To give an example, the space shuttle has to be overhauled after each mission, and each part has to be dismantled and tested one by one, and the number is as high as millions.

Then confirm that there is no problem with each component, and assemble them one by one. In fact, the process of disassembly, assembly and inspection has already affected the components.

It’s okay if the impact is not big, at least there will be no fatal problems, it just affects the service life, but if there is a slight negligence in this process, it will lead to tragedy.

The same is true for military equipment. Generally, no matter how much time is used or how many flights take off and land, a major overhaul is required, which is not only time-consuming and labor-intensive, but also prone to problems, and the cost is also high.

With the neutrino detection system, it is only necessary to pass the entire equipment through the middle, and the structure inside can be clearly displayed, and it is clear whether there is any damage inside.

The most important thing is that this detection method will not cause damage to any components in the system, even electronic equipment is no exception, which is why he chose neutrinos as the detection method.

In fact, there are many particles that have detection functions, but these particles are basically charged, even if they are not charged, they will also be magnetic, which is destructive to electronic equipment.

The difficulty in the neutrino detection system is how to emit neutrinos. Now it is very difficult to verify the existence of neutrinos, let alone artificially emit neutrinos.

Because neutrinos are extremely penetrating, if the density is too low, the detection effect will not be achieved. Therefore, not only must the emission be controlled manually, but the density must reach a certain level.

The second is to accept neutrinos. Because neutrinos are extremely penetrating, even a planet like the earth has almost no obstacles to them, and it is impossible for ordinary materials to intercept them.

Therefore, he still needs to develop materials and equipment that can intercept and sense neutrinos, which is more technical than artificially controlled launch.

It can be said that only by playing neutrinos clearly and proficient in other disciplines can one understand the principle of this equipment, otherwise you can only do it dully, and many things in it are not very clear.

Using neutrinos as a means of detecting equipment is just a small test. It can also be used to detect planets. For example, human beings really want to know what the interior of the earth looks like.

The existing academic theories are all reasonable speculations based on imagination, and no one has really seen what is going on inside the earth. Even drilling underground has failed.

This set of technologies is of great significance to the earth research discipline. Perhaps with these technologies, the interior of the earth will no longer be mysterious to humans.

These are all academic applications, but they can also be used in the field of prospecting. It is actually very difficult for us to find mineral deposits. Even for mineral deposits on land, we need to go through all kinds of difficulties and dangers to find the mineral deposits that are needed and suitable for mining.

What's more, the ocean is several times larger than the land area. Humans know very little about the mineral deposits in it and where they are. It can be said to be a huge treasure house.

With these technologies, it is entirely possible to develop a set of twin satellite systems in space, on both sides of the earth, one side is responsible for emitting neutrino beams, and the other side is responsible for receiving them.

As long as the area of ​​the earth scanned by their system is clearly visible from the inside to the outside, it will take a long time to scan the entire earth.

After all, the area of ​​the satellite is too small, and the earth is too big. It will take at least decades or even hundreds of years to complete the scan, but it is better than nothing, and it does not need to be scanned before it can be used.

It is even possible to launch more neutrino twin satellites to speed up the scan of the earth, and it may only take a decade or two or even less to complete the scan.

Compared with this, the high-precision mechanical arm does not feel so tall, but it is not the case. With this set of mechanical arms, it means that it is only one step away from humanoid robots.

The control system of the robotic arm can make the robotic arm as flexible as the human hand, or even more flexible than the human hand, so the control of other limbs is not a problem.

As for precision spraying equipment, although it is also used a lot in the civilian field, for example, the painting equipment used by Huanyu Group is top-notch spraying equipment in the civilian field.

However, it is not at the same level as the spraying equipment used by Baihu Technology Company, because this set of spraying equipment can spray out monomolecular layers.

Although in most cases it is not necessary to use such a high degree of precision, there are some special sprays where the effect of monolayer is much better than that of multilayer.

Some of the advanced manufacturing technology and equipment of Baihu Technology Company can be purchased from other companies under his company. For example, he entrusted Xuanwu Technology Company to help produce chips.

However, some equipment and parts cannot be handed over to others for production, because they do not have this technology, and some technologies are not convenient to open to the civilian field.

With the emergence of these advanced equipment and technologies, advanced scientific theoretical knowledge will also be revealed, such as the application of neutrinos mentioned above, which contains advanced theoretical knowledge of neutrinos, and the outside is the theory of the Nobel Prize .

But here it is just one of the technical parts of a piece of equipment. In the future, Baihu Technology will also invest a huge amount of scientific research funds to study these advanced technologies and theories.

Strive to make these advanced technologies and theories more widely used, and give full play to the greater value of science and technology, but this is not what he has to worry about, but what the researchers of Baihu Technology Company should do.

Busy until four o'clock in the morning, Ye Zishu finally rested and lay down on the bed. He still needs to continue studying in the virtual space, which is what he must do now.

As the industry develops faster and faster, the level of science and technology will also become higher and higher. If you don't study hard and still rely on your laurels, you may become more and more weak in the future. This is something he wants to avoid as much as possible.