Black tech predators

Chapter 53 Isotopes of Tin 129

Chapter 53 Isotopes of Tin 129
Seeing that this year's Zhuhai Air Show is getting closer day by day, Gu Cheng has paid a lot of attention to technology development, working overtime for half an hour every working day.

Gu Cheng feels that there are not many people like him who work hard for three and a half hours a day.

It is not a verbal promise that the state said that it would give resources to Tianqing Company. Although there was no allocation of R&D funds, Gu Cheng himself refused, but there are other supports, such as talents. Tianqing Company needs to develop and expand. Engineers have given recommendations, and these are targeted supports.

For these talents, the more the better, after all, no matter how awesome Gu Cheng is, the upper limit of his efficiency is there. Without outstanding talents, even if he puts a high-tech technology in front of an ordinary person, he can't even look at it. I can't understand it, it doesn't make sense.

In the next month, Qiu Shiming, in charge of Tianqing Company, expanded its staff to 300 people. Lao Qiu was efficient and steady, advancing step by step, and would not allow the company to grow barbarously. His goal in the first half of this year was to expand the company's The number of employees will be expanded to about 500, 800 at the end of the year, and then expanded to [-] after the opening of the New Year.

During this period of work, Gu Cheng basically stayed in the Tianqing industrial factory area. Now the factory is also expanding production, and also rented a new site in the Nanhui Science and Technology Park to establish the first experiment of Tianqing company. R & D Center.

Gu Cheng led a 27-person development team to conquer individual military exoskeleton equipment.

The exoskeleton has three core technologies and a motion control system. The exoskeleton must become the mechanical shadow of the soldier and must be able to imitate every movement of the soldier in real time. Even a millisecond of hesitation will cause a burden and make the soldier feel like It's as hard as walking in water.

Therefore, its sensors must be able to read every slight movement applied to its whole body at a speed of tens of thousands of times per second in the limited brain wave information, and its microprocessor must be powerful enough to interpret these interpreted data. These are converted into commands in real time and sent to the mechanical exoskeleton, keeping them in sync with the movements of the exoskeleton wearer.

This requires a powerful control system to complete this extremely complex work, and Tianqing has mastered the most advanced control system for mechanical exoskeletons in the world today.

One of the three major problems has been overcome, and there are actually two remaining technical problems.

The second problem is power. From the point of view of the existing exoskeletons in the American way, the power is not necessarily a battery. A small gas turbine engine with excellent performance can also be paired with a high-capacity battery pack, but the disadvantage is that it will increase the weight.

The last problem is the driving device. The traditional hydraulic is too slow, and it will increase the weight and take up space.

Gu Cheng's idea was simple and rude, and he decided to use all-electric drive, so the two problems can be solved at once.

But a bigger problem is coming, which will directly lead to a further increase in the difficulty of the second problem. In other words, a more powerful energy storage battery is required.

And Gu Chengcheng decided to start with the energy storage device to solve the problem of energy storage, which means that the drive can also be solved directly.

As the chief technical developer of this 27-person development team, Gu Cheng doesn't need them to immerse themselves in research. They just need to be able to perfectly understand and implement Gu Cheng's requirements. As for the scientific research engineers in the team, they can learn from it. How much, and how much they can improve their scientific research level, depends on their own good fortune.

For the members of this development team, they were actually very depressed but they couldn't say anything, because Gu Cheng, as the leader of the team, stayed in Tianqing Industry for about an hour every day, and then disappeared.

He is more like an NPC who releases tasks. Every time he comes to the experimental R&D center, he does two things. The first is to regularly check the development progress, and the second is to throw out some new research topics for the team to strictly implement according to his wishes. .

But the hell is that every time something is thrown out, the team members are very surprised. As the saying goes, practice is the only criterion for testing the truth. After the results obtained through the experiment are in line with Gu Cheng's assumptions, there is nothing to say up.

It can only be said that talent is really destined.

……

Time passed day by day, 24 days later, Tianqing Industrial Experimental R&D Center.

"Mr. Gu, according to your request, we have made exciting progress in experiment No. 46. The experimental team of No. 46 synthesized the 15th isotope 129 of tin, which is also the 11th stable isotope. The experiment report found that the isotope 129 of tin It has magical superconducting properties, which is exactly the same as your theoretical prediction!"

As soon as he arrived at the experimental R&D center, the group experiment leader found Gu Cheng excitedly when he heard that Gu Cheng had arrived and reported the progress of the research.

"Very good, this is a key technology related to superconducting battery energy storage." Gu Cheng didn't feel too emotional when he heard it. Compared with the excitement of the development team, he already knew the result.

Immediately, the team leader went to the laboratory to check the experimental data report, and after confirming that it was correct, he began to arrange the next development link, which is the miniaturization development of superconducting batteries.

That's right, Gu Cheng's power source for the exoskeleton is to use superconducting batteries to store energy.

Half an hour later, He Su came to Tianqing Industrial, and it was naturally Gu Cheng who contacted her.

The security of the research and development center is extremely strict, and the security personnel are armed with live ammunition. Even the company's internal executives are not allowed to enter without authorization, but He Su's journey is unimpeded.

"I heard you said that there has been significant progress?"

When He Su came to the laboratory, some young engineers couldn't help but linger on her. She was wearing a tweed jacket, and she always showed off her cold face. Appears to have a sense of authority.

"Yes, that's right."

Gu Cheng glanced at her and looked away. After a while, he turned his head to look at her and added: "The biggest technical difficulty can basically be declared broken. The purpose of contacting you this time is to know the scale of the military's procurement. How much? Or how much is the purchase amount?"

He Su couldn't help frowning when he heard this, less than a month has passed, Gu Cheng feels like running a train with his mouth full, a high-tech breakthrough, especially a breakthrough in cutting-edge technology, which one doesn't take a few years? Or even a ten-year cycle?

"What? Does it take ten or eight years for a technological breakthrough?" Gu Cheng seemed to read what she was thinking from her face. He glanced at her lightly and folded his arms and said, "Don't use conventional methods here." Thinking about it because I specialize in breaking the rules.”

Gu Cheng didn't bother to talk to her, and immediately operated on a computer for a while, downloaded a data through his private server, and then presented a set of exoskeleton model animations on the big screen.

Everyone looked at it. A soldier in the picture was wearing an exoskeleton. He was wearing a special fiber combat uniform, and a set of individual exoskeleton was attached to the combat uniform. Instead of carrying a battery backpack on his back, he was replaced by a A set of alloy breastplates for the upper body, the most striking of which is a halo structure with a diameter of 26.5 cm on the back, and an oval halo structure on both hands and legs, and they all emit a peaceful blue halo.

The surface of the special fiber combat uniform has blue light that swims periodically, and the blue halo on the back forms a loop with the elliptical halo at the elbows of both hands and the knees of both legs.

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(End of this chapter)

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