The Black Technology Era of Xueba

Liao Changxue's answer won rounds of applause from reporters from Xia Guo and successfully resolved the embarrassment of BYD and Nanyang Tech bosses.

After the press conference, the senior management and employees of the three parties will hold a grand celebration ceremony. Wang Anming immediately said like Liao Changxue: We will improve the three factories in Xiaguo with an output value of 10 million, and the improved factories will all use L1 battery technology. Electric vehicles using L1 lithium batteries will be specially developed as soon as next year.”

Wang Mingan once again clinked glasses with Liao Changxue and said: BYD will create the world's most powerful electric vehicles, and the high-end market of global electric vehicles does not only belong to Tesla!

At this moment, Wang Mingan is as high-spirited as he just founded BYD more than 20 years ago.

Weibo headline: Joining forces, Xia Guo's new energy industry ushered in spring!

Xiaguo Daily: Pangu Technology entered the market, and Xiaguo's new energy industry has undergone major changes.

South Korea Ilbo: Where will the global new energy battery industry go after the technological advantages are gone?

The global media reported extensively and deeply on the new energy battery industry in Yangcheng, which scared Panasonic's Nakamura to contact Xiao Ming five times in three days.

Pangu Technology has more lithium battery technology than Panasonic. Why did Xiao Ming not mention it in the initial talks between the two parties?

Xiao Mingjun, I hope you can establish a cooperative relationship with us on the basis of friendly cooperation between the two sides.

Nakamura is anxious, he does not want to form a competitive relationship with Pangu Technology in the lithium battery market.

Xiao Ming replied: The new energy market is large enough to accommodate many companies including you and me. We are happy to continue to cooperate with Panasonic, but Mr. Nakamura, it seems that the entry of Prajna chips and Pangu systems into the Toyo market has encountered a bottleneck. .

Pangu's Prajna chip and Pangu system have been increasing their share in Toyo, but there is no news about their official entry into the Toyo market. This shows that most users are secretly using Pangu's products, and Toyo's official has not given any information. access permit.

When it came to this matter, Nakamura got angry and said: It was already negotiated, but several companies are interfering with it, and the safety assessment is currently being carried out. This matter is not a big problem. Toyo is not an American country. We have our own opinions.

Nakamura mentioned: When did Pangu Technology conflict with Sony's business? I learned from acquaintances at ZF that this time the comprehensive security review of the Prajna chip and Pangu system was proposed by Sony?

Oh? The news did not exceed Xiao Ming's expectations. Sony has a good relationship with companies such as Google and Microsoft.

Nakamura said: But don't worry about the censorship. Toyo's market is not determined by Sony alone. There are many pragmatic companies, just like many Toyo people are using Prajna chips now.

Xiao Ming affirmed what Nakamura said, always focusing on his own interests. This is the character of Orientals. Although it is very annoying, it can sometimes be used.

At the repeated request of Nakamura, Pangu Technology and Panasonic reached a new cooperation. The day when the Prajna chip and the Pangu system were officially launched in Toyo was the time for the cooperation in the new energy field between the two parties.

The world is big and the market is big enough for both parties to form a partnership.

After hanging up the phone, Xiao Ming let Xu Limin, who had been waiting outside, come in.

Xiao Ming was still in the Physics Laboratory of Bangkok Science and Technology Park during this time. During this time, the Micronucleus Physics Laboratory was working with his family and achieved quite important results.

The laboratory perfectly produces crystalline C14, which is much purer than the C14 used in other laboratories to measure time or medical tests.

After the collision, we obtained perfect crystals! Xu Limin is proud of his experiment.

Xiao Ming said, Go and see!

The lab is progressing much faster than he imagined, and Xiao Ming showed the physics lab team members a perfect future toward which they were heading.

In the particle acceleration pipeline, C14 is produced after simulating cosmic rays and hitting N14,

In the laboratory's high temperature and high pressure environment, C14 cannot form crystals with a cubic structure.

Pure carbon C14 crystals are transparent and reflect dazzling brilliance in sunlight.

It's like a diamond! Xu Limin said.

The C14 crystal that has been produced in the laboratory was taken over by the staff and placed in a transparent box.

Because the radiation dose of C14 is small and relatively common in nature, even if there is no radiation isolation device, short-term contact will not cause much harm to humans.

But for the sake of safety and to comply with the regulations of the physics laboratory, Xu Limin did not open the box.

It's about the size of two carats. Xu Limin praised: You look at the perfect crystal!

Perfect indeed, this thing could have been a flawless diamond if it hadn't been known in advance that it was made of C14.

C14 is originally an isotope of C12, and the same crystal can of course be regarded as a diamond.

Xiao Ming joked: If consumers know that our diamonds have radiation, no matter the level of radiation, I don't think anyone will pay the bill.

Xu Limin said: After the folded structure of silicon carbide comes out, we will evaluate the radiation index of the C14 crystal and the amount of electricity generated by the electrons captured by the silicon carbide, and then we will formulate a detailed plan to cut the C14 crystal according to the standard, and then combine it with silicon carbide. The perfect micronuclear battery.

On the big screen, Xu Limin showed Xiao Ming the 3D model made by the laboratory according to the design guidelines provided by Xiao Ming.

In the picture, the size of the future C14 micronucleus battery is only the size of the little fingernail, and the thickness is less than 4 mm.

A battery of this size can provide a voltage of 3V-10V, and the current size and output power can be adjusted according to future circuits and equipment.

Micronuclear batteries do not have any indicators of capacity, and the only parameter to measure the indicators is the consumption rate of silicon carbide semiconductor materials.

When radiation continuously hits silicon carbide, silicon carbide will also be consumed, and its consumption mainly refers to the consumption of electron color centers that can be captured in the crystal.

On the big screen, the standard battery life of Pangu Technology in the future is about three years, and three years is enough for wearable devices or mobile phones, notebooks, etc.

The battery can be replaced after three years, or the device has already been replaced after three years.

Xu Limin said: Currently our silicon carbide crystals have not been folded, but we can use unfolded silicon carbide to test the performance of micronucleus batteries, but the volume is larger.

Xiao Ming and Xu Limin went deeper into the laboratory, which was connected to the exit of the particle collider and where C14 crystals were produced.

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