I ask you to build tractors, but you build rockets?

At night...oh no, at night Beijing time, you can't feel the change of time in the space station.

Lin Ju's room is in the core module of Yun Palace. With the space station currently operating, the porthole is pointed at the earth, and the scenery is MAX.

But even as the boss, there is nothing special about the layout of his room, only the sleeping bag is new.

What is it like to sleep in space? It’s not easy to fall asleep anyway.

Even though there is a single bed, because there is no influence of gravity at all, it makes no difference whether the bed is made of Simmons or steel. It is only used to fix the sleeping bag, creating a feeling of being in a bedroom on earth.

At least from a physical point of view, there is no difference between sleeping in a small bedroom and hanging on the wall like the ISS.

But mentally it is much worse. The private space of a small bedroom can bring a huge sense of security and reassurance to people, making people feel that they are enjoying space itself at any time.

Just like Lin Ju likes to sleep facing the porthole every night. If he is lucky enough to see the huge earth hanging in front of him, he feels a unique sense of peace of mind.

However, he was not asleep at this time, but was making a video call with Guo Shen on the ground. The content was naturally related to the latest ternary computer.

Guo Shen: "According to the plan, we have started to apply for underlying patents. There are more than 7,600 patents in total, which is enough for us to control the future of ternary system from the source. There are still about 70% of the technology that I don't think need to be disclosed for the time being. This is a strange thing. Field, they’re not that fast.”

Lin Ju: "You can take care of it. I can rest assured that you can handle the matter. By the way, journals, how are we preparing our own journals?"

After preparing to open up the ternary system to enter the market, Lin Ju, who holds a huge number of patents and papers, came up with the idea of ​​using Xinyuan's absolute advantage in the ternary field to support new scientific journals.

Not to mention the comprehensive ones such as SCI and Nature, just computer and chip technology can be fully supported by the ternary technology in hand.

Moreover, Xinyuan does not plan to promote it independently, but borrows the skin of the Aviation Development Committee.

The Journal of Aerospace Development (JAD) of China was established through the Aerospace Development Committee. The first journal was published last month, and the content of the submission was some innovative technologies of the An-1250 special tire.

Guo Shen knew that his boss valued the Journal of Development and quickly said:

"I submitted my basic paper on ternary computer technology to both JAD and world classic journals, but the subsequent content will only be published in JAD, in a semi-open mode."

Journal of Development is not a public journal. It can only be subscribed after obtaining the qualifications granted by the Journal Management Committee established by the Aviation Development Commission. This qualification can only be obtained after relevant practitioners, companies, and individuals with academic achievements meet the conditions.

Naturally, there are people to manage other aspects, but everything is not taken care of.

JAD can only be regarded as relatively important. The most important thing is the communication in Xinyuan's internal forum. It is always about nuclear reactors and interstellar navigation. It is not nonsense. If it is leaked, it will scare people to death.

Lin Ju: "One more thing, we can dismantle the microelectronics department now."

Guo Shen: "Let them do it alone?"

Lin Ju: "That's not true. The microelectronics department is separated to facilitate management. It's too troublesome to manage Xinyuan Aerospace Power. So split them into two parts. One part is still engaged in professional aerospace chips, and the other part focuses on civilian use. The former should stay at the base.

However, the patent will not be transferred and will remain with the aerospace company, so the separated part can receive financing. It is best to bring in the domestic semiconductor industry chain. "

Guo Shen: "In other words... we will not interfere with the operations of new semiconductor companies?"

Lin Ju: "If you eat too much, your stomach will burst."

…

"To form a new semiconductor company? Who are you going to recruit?"

In Beijing, superiors met with Wang Minjiang, the director of Xinyuan Aerospace Power Microelectronics Department and the future CEO who was about to be "kicked out" of Xinyuan.

In fact, many people internally are not willing to split up the microelectronics department and make it independent, because the conditions of the parent company are so good. If it is separated, wouldn't it become a stepmother?

In the end, it was Lin Ju who made the decision. The engineers who were transferred could choose to retain their status as researchers at Xinyuan Aerospace Power Research Institute, participate in projects when necessary, and generally retain the benefits of being employees of the parent company.

Wang Minjiang joined Xinyuan last year. He previously served as general manager and IC engineer at the German company Infineon Semiconductor. He was lured to the base by the high salary and was promoted from C-level to B-level. He is fully capable of acting alone.

Now Lin Ju communicated with his superiors and expressed his willingness to promote the commercialization of ternary technology, and then rushed Wang Minjiang to the capital, preparing to do something big at once with the help of the Science and Technology Commission.

Wang Minjiang: "New Semiconductor can obtain long-term patent authorization from Xinyuan for more than 15 years, and the fees are not high. As long as the development is good, these patents will definitely continue to be granted, so there is no need to worry about this.

As for the composition, building another system is a very huge process. I suggest that we should bring in all the upstream and downstream industrial chains that we can control. "

Superior: "I don't know much about professional technology. Let me ask a question. If I need ternary chips and software that can replace at least 30% of domestic demand, how long will it take? With unlimited support."

Wang Minjiang: "In fact, the speed of semiconductor advancement mainly depends on the market. If the chip industry and ecosystem development can be promoted at the same time... within one year, computers and mobile phones equipped with ternary chips will definitely be able to complete basic tasks such as word processing." In one year, professional design will be enough for work, and in another year, the entertainment industry will be able to be cultivated.

In five years, with full support, we should be able to make the domestic ternary system rival the current traditional system, and if we work hard in the future, we may surpass it. "

Three years, if it is just word processing, then one year is enough, which can replace the computers and mobile phones used by the government.

The superior was very satisfied with this figure. It took five years to make up for the classes that were missed for 30 years. This speed was already very good. He asked again:

"My experts say ternary computers are safe, is that true?"

Wang Minjiang: "Well... it's almost like this. As long as the intrusion comes from the binary network, the probability of success in entering the ternary computer to steal information is infinitely close to 0. It's like a bearded man entering a women's bathhouse. Be recognized.

Moreover, the entire ternary system, from the lowest level chip to the system to the software, can be fully controlled as long as you want to do it, eliminating backdoors from the root. "

Like these foreign chip manufacturers, who can be sure that they do not leave any hardware backdoors? With tens of billions of transistors, is it difficult to find a small vulnerability?

These vulnerabilities don't matter to ordinary people, but in some cases they can be extremely fatal.

How did Aramco paralyze Iraq’s defense system during the Gulf War? Directly through the backdoor of the fax machine used by the Ministry of National Defense, the opponent's maneuvers were clearly understood, causing them to fall into chaos from within.

The AMD Bulldozers and Cores currently in use are 100% sure to have similar backdoors.