The development status of the first quarter was discussed for more than an hour, and everyone did not just listen.
In addition to the most important infrastructure construction, there are also a number of projects that have been started or are still being planned, such as basic scientific research facilities and underground industrial park plans.
According to statistics, there are now 3.67 million enterprises in the west, most of which are small, medium and micro enterprises, and 80% were established within three years, and they are all established around physical manufacturing-related industries. affiliated enterprises.
In terms of scientific research, more than a thousand research institutions have been established in Xijiang, including more than 90 national-level research institutions and about 300 national-level key laboratories in cutting-edge dynamics, high-energy physics, biomedicine, polymer materials, and mechanical engineering. Multiple.
This is only for Western Xinjiang, and there are many others. However, many important nuclear physics or high-energy physics research institutions in Sichuan and Sichuan have begun to consciously relocate to other western provinces based on a result of Xi's calculation of stratigraphic plate movement.
At the same time, 23 new colleges and universities were established in Xijiang, Ningxia, Inner Mongolia, and Qinghai-Tibet. These are not the kind of junior colleges that are rated as first-level colleges according to the New Oriental template, but serious undergraduate schools with four books in one class. There are two institutes, eight institutes, and three eleven institutes.
After all, the development of science and technology in the west cannot always rely on the infusion of external talents. Although the Qinglong Study Group has a strong foundation now, it cannot always be like this, so it is still necessary to train local people to be self-sufficient.
Everyone has a paper-screen synchronized tablet and a smart electronic pen in their hands. In addition to taking notes, they can also be called up at any time when they want to view relevant data.
To put it bluntly, now that technology has reached this level, the only thing that can make smart phones come out is the chip process. Now Blue Star’s mainstream process is 65 nanometers, and all capable players including the mainland of 45 nanometer chips have taped out. success.
If we want the mobile Internet era to come, we must at least make the mainstream process reach 22 nanometers. Otherwise, although the mobile phone can play games, the server cannot support it and can only play stand-alone games.
After summarizing the development of the first quarter, Chen Yi took the initiative to speak to everyone: "The new commander-in-chief of the United States just shook hands with Ou Meng yesterday and made peace. The trade war that lasted for more than half a year has ended."
Everyone was stunned after hearing this, and immediately reacted, but everyone's attitude towards this was all "none of my business."
"The leeks in Southeast Asia have not yet started to be harvested, and the United States is not so quick to pay attention to us."
"Are you talking about that Benjamin Asher? The United States is so busy with its own affairs now that it probably doesn't have the energy to pay attention to the mainland."
"Although Ou Meng has reconciled, the focus of the United States will not shift for a while, and there will be no showdown before Wall Street harvests Southeast Asia."
"Mr. Chen, if you are worried about this, you might as well think about how to deal with the Titanium royal family. They are not very friendly to the vest company now."
After hearing about the royal family of the Titanium Kingdom, Chen Yi also began to think about it.
The king of the Tau Kingdom can be said to be the most powerful among all the royal families of Blue Star.
In the past, the relationship between the vest company and the Hu Group and the royal family was quite good, but since the development of the three mansions, this area has basically become the private land of Chen Yi and his group.
Later, after Roy, Eli, and Gabriel also came to this enclosure, the development was booming for a while. However, as time passed slowly, the royal family finally discovered something was wrong. The royal family in the northern part of the Titanium Kingdom had great influence. reduce.
Originally, the king could barely be considered a billionaire relying on the assets of the royal family, well, hundreds of billions of dollars.
However, the royal family is unwilling to give up its rights and put its own interests above the country. According to the values of the Tau Kingdom, everyone in the Tau Kingdom should exist for his family.
However, the interest groups formed due to the large-scale development in the northern part of the Titanium Kingdom are poaching the King of Titanium, so the conflict between the two was born. However, considering the strength of the interest groups formed by all parties in the northern part of the Titanium Kingdom, everyone is still in harmony on the surface. , This is also related to the national conditions of Titanium.
The strength of the local gentry group in the Tau Kingdom is very deep, and many of them support many forces in the military, to be honest.
The doctor's ex-husband can actually be regarded as a powerful local squire in Pattaya, and after her ex-husband jumped into the street, the doctor became even more powerful.
In Chonburi, where Pattaya is located, the Hu Group was in charge. Before her ex-husband went on the street, he was the arms king of the Titanium Kingdom, and all his supplies were provided by his own people in the military.
As for the Majia Group, it only started to prosper from Titanium, a place where there are many foreigners and the power of the gentry is weak. It was even considered after the Qinglai and Qingmai police forces on the border were on the street because of the Eight-faced Buddha. Have your own territory.
But Chen Yi didn't pay attention to the fat, pig-like royal family. They were just a bunch of worms who were reversing the course of history.
"It's okay, the Titanium King doesn't dare to break up with us, and we've been keeping an eye on him."
"As long as you know what's going on."
"Then let's stop here today and let the meeting end."
After the meeting, everyone returned to their respective posts, and Chen Yi once again entered a building underground. The door sign read - Laser Wake Field Research Center.
This is a large-scale venue, with thousands of incandescent lamps emitting strong light, but there are not many people inside. Only Fan Ning wearing a white coat and a few young researchers stood in front of a machine and fiddled with it. All researchers are her students.
"Chen Yi, you're here."
"Hello, Mr. Chen."
"Mr. Chen."
After greeting each other, Chen Yi asked directly: "Has the laser wake field particle acceleration experiment started?"
Fan Ning replied without raising his head: "Not yet, but it will start soon. I am debugging the machine."
The laser wake field particle accelerator was just a concept in Chen Yi's previous life, and it was proposed in the 1970s.
In words that everyone can recognize, it is:
A laser with a sufficiently short pulse length is used to shock particles into plasma, and the tail field effect is used to accelerate the particles.
Because the electron has a small mass, it is pushed forward at high speed by the mass force, while the mass of the ion is an astronomical figure compared to the electron, so it will stay relatively stationary.
At this time, the plasma itself generates an electrostatic field with a phase velocity close to the speed of light under the blessing of the laser. The electrostatic field rapidly propagates forward and captures the escaping electrons, which can accelerate the electrons to a very high energy. This process is called It is called laser wake field acceleration.
If this process could be fully implemented, theoretically only a table-sized particle accelerator would be needed to achieve the effect of the seventeen-mile-long Large Hadron Collider at the European Organization for Nuclear Research laboratory.
Whether it is the Hadron Collider in Europe, the Positive and Negative Charge Collider in Yanjing, or the LHC in the United States, they are all very large, because if you want the particles to obtain the highest possible energy, you must move the particles at high speed for enough time. .
The laser wake field acceleration effect can enable particles to obtain sufficiently high energy in a relatively short period of time, making it a new choice for everyone.
If the particle accelerator can be made small enough and the electron-positron collider can be compressed to the size of a table, it will be a great benefit to agriculture, medical care, machine vision, semiconductor industry and many other fields. Many existing equipment cannot reach it. indicators will be easily overcome.
But in the final analysis, this technology is still too difficult. Otherwise, why would everyone bother to deal with those large particle accelerators with a circumference of more than ten or dozens of kilometers?
These are already five laser wake field particle accelerators built by Fan Ning's team. Although they still look large, with an overall circumference of about fifty meters, they are already very small compared to other big ones.
Well, all the previous four experiments had unsatisfactory results. In the latest experiment, the energy obtained by particle acceleration was just over 5gev.
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