Galaxy Technology Empire

Regardless of the noise on the Internet.

Huang Junjie is still conducting research step by step.

But the tree wants to be still but the wind doesn't stop.

The fiery month of June has just passed, and many countries in the Western Alliance have imposed relevant penalties on the electric vehicles sold by Dongtang Kingdom to the Xizhou region.

Huang Junjie was in the Materials Research Institute. After listening to the secretary's report, he immediately made a phone call to Fang Shengjie.

"Shengjie!"

"Mr. Huang."

"Tell the members of the Electric Vehicle Industry Association that since the Daxi Alliance has chosen to fine us, it seems that we are selling too cheaply. You can raise the price in proportion to the amount they fine!" Huang Haojie ordered nonchalantly. road.

"..." Fang Shengjie was silent for a while: "Okay."

Galaxy Technology, which owns Dongtang Country, the world's largest electric vehicle market, is not afraid of the Daxi Alliance.

What's more, after Huang Junjie integrated the Dongtang Electric Vehicle Industry, Dongtang Electric Vehicles have accounted for about 67% of the world's electric vehicle market this year. If Meilican and some countries had not banned the sale of Thor batteries, this proportion would be even higher.

Of course, the price of Dongtangguo electric vehicles is not cheap internationally. Even the lowest-end ones start at US$1,000, and some high-end ones are even close to US$3,000.

Since the Daxi Alliance wants to punish Dongtang's electric vehicle industry, let them punish it. Anyway, the wool comes from the sheep. I will raise the price as much as you improve.

Huang Haojie is observing C60 (the most famous type of fullerene) under an electron microscope.

"Li Xiang, no, the C31 I imagined was not generated."

Li Xiang raised his glasses.

"Is it possible that there is not enough reaction time?"

"Let's try again."

Huang Haojie and Li Xiang continued to work on this C31.

C31 fullerene, as one of the allotropes of carbon, is not a natural product, but a magical substance created by reverse engineering nanorobots in parallel time and space.

To sum it up in one sentence, C31 can transport atoms and even molecules under certain conditions.

If you think about it, you will know that C31 fullerene plays a huge role, such as in nanoprocessing and material purification, or in the medical field.

Directly utilizing the transporting ability of C31 fullerene to transport specific atoms or molecules to designated locations is called nanoprocessing.

In parallel space and time, there is not only C31 fullerene that can be used as an atomic transporter. This is a huge subject called particle manipulation.

And this C31 fullerene is brought from the 8% quantum computer chip data. This substance is a universal transport molecule in parallel space and time.

Of course, this is a rough metaphor. C31 fullerene is powerless against a small number of elements and macromolecules.

But just like that, its effect is also unparalleled.

In fact, Huang Haojie also calls it a carbon nanorobot because this thing can be controlled.

The structure of C31 fullerene is such that there is a tight core composed of seven carbon atoms in the middle, and the six peripheral carbon atoms of the core extend carbon chain arms in six directions.

Six carbon chain arms, each made of four carbon atoms.

The core is a mobile core of C31 fullerene, while the carbon chain arms trap atoms and molecules.

Of course, C31 fullerene requires specific stimulation conditions to complete the capture and transportation of atoms or molecules.

"Increase the reaction pressure by 0.05 percentage points." Huang Junjie nervously operated the instrument.

The assistant on the side carefully adjusted the pressure parameters in the reactor.

More than half an hour later.

The reaction in the reactor finally ended, and Li Xiang carefully took out the product inside.

After separation, Huang Haojie and others observed these products one by one.

Under an electron microscope.

"not found!"

"Only C30, C20 and the like."

Although he knew how to adjust, Huang Haojie still tried step by step. After all, it would obviously look wrong to build C31 all at once.

Huang Junjie kept failing in the Materials Research Institute.

On the other side, Zhang Rujing also began to prepare for chips.

However, he was obviously puzzled by Huang Junjie's approach. He did not purchase equipment such as photolithography machines and ion implanters, but only purchased chip raw materials.

Moreover, these raw materials must be the cheapest. For example, if high-purity monocrystalline silicon is not too expensive, buy polycrystalline silicon with a purity of 98%.

As for photoresist and the like, you don’t need them at all.

However, Huang Haojie has invested huge amounts of money in chip design.

Mainly, many patents for chip design have been registered by Huawei, Qualcomm, Intel, Sanxin and the like.

Zhang Rujing is leading a large group of people to study which patents have expired or have been eliminated by foreign countries, which ones can be used directly, and which ones need to be purchased from other companies.

Over the years, since the invention of semiconductors, there have been millions of semiconductor patents, and of course many of them have expired.

In terms of chip design, those leaders have built a patent moat, and it is very difficult to use their patents.

Of course, in order to avoid this situation, Huang Haojie asked Zhang Rujing to focus on 30-90 nanometer chip patents. Foreigners are not very cautious about patents at this level.

Zhang Rujing may have suffered from Taiji Electric's losses and attached great importance to patents. Although these backward patents were eliminated by foreigners, they could still be used after modifications.

The time comes on July 28th.

Among the Galaxy Science and Technology Materials Research Institute.

"Boss, see if this is the C31 fullerene you imagined." A young researcher shouted slightly excitedly.

Upon hearing this, Huang Junjie quickly put down what he was doing and walked over quickly.

Through this electron microscope, which costs more than 30 million yuan, Huang Haojie saw some vague molecular forms.

"Prepare for electromagnetic attraction."

"Okay." The young researcher quickly went to work on electromagnetic attraction.

"What? Did you get results?" Li Xiang came over and asked.

"I don't know. The picture of the electron microscope is a bit blurry. I hope my joy is not in vain." They have suspected that they have discovered C31 fullerene several times these days, but every time they are happy in vain.

Soon the young researcher completed the electromagnetic attraction equipment, and Huang Junjie took the sample to the electromagnetic attraction equipment.

As the power was continuously adjusted, sure enough, at a certain power and parameter, some black particles were slowly attracted to the container at the bottom of the sample at the bottom.

More than half an hour later, Huang Junjie looked at some black particles in the flask and observed them under the electron microscope again. This time, after a large number of impurities were removed, the molecular outlines in the picture were already quite obvious.

"Okay, these are the C31 fullerenes I envisioned." Huang Junjie said excitedly.

"By the way, which laboratory completed this sample."

"It's Laboratory No. 6." The young researcher also answered excitedly.

"Immediately ask them to make more samples and improve the production process."

"Okay, I'll give the order right away."

…

After more than a week of intensive research and testing, Huang Haojie and Li Xiang figured out the general situation of C31 fullerene.

The transport mechanism of C31 fullerene is controlled by electromagnetism of different frequencies and powers.

For example, Huang Haojie melts polysilicon with a purity of 98% through an electric melting furnace, and then injects C31 fullerene particles.

Use specific frequencies and electromagnetic and infrared rays to stimulate C31 fullerene, allowing its carbon chain arms to bond with silicon atoms.

Then electromagnetism of specific power and frequency is used to attract C31 fullerene and silicon atoms to the surface, and then a special magnetic straw is used to suck these combinations into an inert gas stamping machine.

Through another electromagnetic frequency and ultraviolet light, the bonded substances in the stamping machine are released from the bonded state, and then the C31 fullerene is sucked away by magnetism, leaving behind high-temperature liquid silicon atoms in a pure state.

Finally, the atmospheric pressure is increased to flatten the high-temperature liquid silicon atoms into a specified thickness. Generally, the thickness of the semiconductor silicon wafer is between 200 and 800 microns.

"Perfect, simply perfect!" Li Xiang was holding a piece of freshly baked silicon wafer, looking at the 100% pure silicon wafer on a purity testing instrument, and couldn't help but trembling.

Huang Haojie was not surprised. After all, the material transported by the carbon nanorobot can theoretically achieve 100% purity. Of course, absolute purity is impossible, but at least the current instruments can no longer detect the impurities.

It is estimated that the purity of this silicon wafer has reached the 15N level.