Reborn I want everything

Chapter 145 The Finale
The impact of Gu Zhe's industrial layout obviously goes beyond what he personally operated.Other insightful people in the country, seeing Gu Zhe's layout, will also form a cluster effect, rushing to move closer to the high-quality supply chain, forming an industrial cluster.

Not long after Gu Zhe's "Ark Bay Cross-sea Bridge Industrial Park" took shape, alumnus Boss Duan also opened a factory nearby to produce OV mobile phones (of course it was not a smartphone at the beginning, because the Android system had not yet been written),
Dajiang also came here to set up a drone industrial park, in order to obtain the latest and best technical support for battery patents as soon as possible.

Later, Geely came here to set up an electric vehicle industrial park—of course, in the history of Geely Automobile, it moved from Boss Li’s hometown Linhai to the provincial capital of Fangzhou in those years, and now it’s nothing more than a slight change of industry Park location.At the beginning, we didn't fully develop electric vehicles, but also developed gasoline vehicles and hybrid vehicle industrial parks together.

Even Boss Lei, who resigned from Jinshan in 07 and took a break for a few years before returning to the arena, saw the opportunity ahead of time, and went to Mingzhou at the end of 08 to talk to Gu Zhe.

Gu Zhe is also very magnanimous. At the end of 08, he had already multiplied dozens of times compared to 05, and became a billionaire worth tens of billions of RMB. He was worth a single digit more than Boss Lei at the time. Five or six times that of the boss.

(Before Boss Lei founded Xiaomi, he only had one billion dollars in cash lying in his account, and he had no other business).

Gu Zhe said that he has no intention of entering the consumer electronics field and never touches the consumer business all his life, because he doesn't want to maintain his image and personality in the public, he wants to live absolutely free.

After learning that Gu Zhe had no such ambitions, Boss Lei agreed to allow Gu Zhe to become a major shareholder and establish a new consumer electronics company.But only the B shares in the AB shares are bought, and the voting rights are extremely low.This will ensure that even if Gu Zhe takes away the main shares and profits, he will not be able to control the company's operations.

In other words, Gu Zhe became Xiaomi's number one non-voting shareholder, and the relationship between Xiaomi and Tianyuan Technology was like the relationship between Tianyuan Optics and Tianyuan Technology.

Xiaomi uses the transfer of benefits in exchange for rapid growth, giving priority to the fastest use of many core black technologies of Tianyuan Technology, and technical support packages.Gu Zhe holds 60% of the interest in Xiaomi, Boss Lei holds 31%, and the rest is for other core management and necessary resource investors. The shareholding is completely in accordance with the investment ratio, and the initial registered capital is 100 billion yuan.

In the next few years, the world is in a state of great momentum, and Gu Zhe's career also advances along with technological progress.The era of mobile electronics that was supposed to start from the United States has now become China and the United States going hand in hand, and the United States even started to catch up a little later.

Because graphene and other ionized film deposition method additive technology shines brilliantly, countries all over the world have to pay more and more attention to Gu Zhe's scientific and technological contributions.

In the end, at the end of 2013, about eight and a half years after Gu Zhe first made the scientific discovery of graphene, he finally won the Nobel Prize in Physics - he won much more achievements than Andre Geim, But it took two and a half years longer than Andre Heim to get all of this, just because he was yellow-skinned.

The relationship between China and the West in 2013 was not bad, and the contradictions in the world at that time were in other directions, and it happened to win over the Eastern world. All of this was logical, and it would be difficult if it was later.

After winning the Nobel Prize, after eight years of intensive cultivation of graphene, Gu Zhe finally climbed the technological tree to the field of "manufacturing chips with single-layer atomic/molecular-thick two-dimensional planar materials and chemical deposition methods".

Gu Zhe undoubtedly chose the two-dimensional molybdenum disulfide technology that he had been immersed in for many years in his previous life.

The specific operation is actually similar to the 3D printing of titanium alloys as mentioned earlier, "printing ionized deposition film, combined with powder metallurgy sintering".

This time, it is necessary to use photolithography/etching equipment to print and engrave the special ion deposition film material for depositing molybdenum disulfide.Then there is a film that adsorbs molybdenum disulfide free particles, which can attract molybdenum disulfide to deposit a layer of molecular thickness, and finally additively process it into a chip.

This technology cannot completely get rid of the dependence on the lithography machine, but the original old technology needs to use the lithography machine to directly engrave the chip itself, but now the lithography machine is used to engrave the film of the deposited chip.

This difference is like in the field of machining. Directly cutting parts with machine tools is similar to cutting and processing molds with machine tools first, and then using molds to shape extruded parts.

Every part of the former needs to be cut once, while the latter can be used repeatedly after being cut out of the mold.

The same is true for chips made by chemical deposition. You still need a high-precision lithography machine of 5nm and 3nm to engrave the deposited film at the beginning, but the deposited film can be used repeatedly after engraving. Dozens of hundreds or even more chips are repeatedly deposited.

Therefore, although this cannot completely bypass the lithography machine, it can reduce the frequency of dependence on the lithography machine.Originally, one chip was produced at a time, but now hundreds of chips can be produced at one time.

If the lithography machine is at risk of being sanctioned and the supply cut off, you can rent one secretly and engrave tens of thousands of molds in stock.Later, the molds in stock will be slowly deposited to produce chips.

At that time, the international trade situation had not deteriorated, and the atmosphere of globalization was still good.Although Gu Zhe's new technology caused shock, it did not cause confrontation.

The first-generation molybdenum disulfide chip that Gu Zhe produced in 2014 is actually only about 5 nanometers in technology, which is far behind the later generations of molybdenum disulfide chips in the 2020s.

Gu Zhe still has better craftsmanship, but he is not in a hurry to show it.One is that research and development time is still needed, and the other is that he knows that after some cards are fully revealed, competitors will not be so afraid.

Sometimes, the vague expectation of "I'm not as good as you now, but I will definitely kill you in the future" is what makes people panic the most. in the end.

Therefore, after Gu Zhe's new technology was introduced, it immediately caused a sensation, and the stock prices of Taiwan Semiconductor Manufacturing Co. and Samsung plummeted for a short time.

ASML is also having a hard time. Evaluation agencies around the world have generally lowered the demand for lithography machines in the future microelectronics industry and the duration of demand.

Then Gu Zhe took advantage of this time to throw out an olive branch to negotiate a package negotiation plan for mutual technology authorization and other industrial master machines needed for the production of lithography machines.

Gu Zhe used the 5nm first-generation two-dimensional molybdenum disulfide deposition technology as a bait to squeeze out all the gaps in the technical barriers of the old era, ensuring that he was back on the same starting line with ASML and Gulf Semiconductor in the field of lithography, and then further cultivated himself molybdenum disulfide chips.

In addition, before digging deep into the two-dimensional molybdenum disulfide chip, Gu Zhe had already started another self-defensive layout——

He knows that molybdenum disulfide chips have a short board in terms of resources compared with silicon-based chips.

That is, the chemical elements needed for silicon-based chips are worthless, and silicon dioxide is like sand, which is inexhaustible.

However, molybdenum disulfide needs molybdenum element, which is a relatively valuable rare metal. Before the birth of molybdenum disulfide chips, the major consumers of molybdenum element were mainly added to armor for tanks, and some electronic components needed to be added. used.

Before the emergence of molybdenum disulfide chips, the price of a ton of molybdenum metal was 80 to 150 RMB, at least hundreds of times more expensive than steel and dozens of times more expensive than copper.

Gu Zhe knew very well that after the breakthrough of molybdenum disulfide chip technology in later generations, the price of molybdenum ore ushered in a wave of soaring.

More importantly, the compound molybdenum disulfide exists in nature and is an effective cost of molybdenite.Therefore, if you can directly find specific high-quality molybdenite ore sources from various molybdenum ores, you can even save a lot of smelting and purification process when purifying fine-grained free molybdenum disulfide sol, which is equivalent to crushing and centrifuging. It works.

Huaxia itself is also a big molybdenum mining country, and its molybdenum reserves are also among the top three in the world.There are large-scale molybdenum mines mainly in the Changbai Mountains on the border of Liaoning and Kyrgyzstan in the northeast, and there are also large molybdenum mines in the mountainous areas of Xiaoshan and Zhongtiaoshan at the junction of the three provinces of Shaanxi, Shanxi and Henan in the Central Plains.

Gu Zhe knew before rebirth in his previous life that the grade and texture of molybdenite in the Northeast were not good, and required more complicated processing links.

The Xiaoshan Molybdenum Mine in Hongnong City at the junction of Henan and Shaanxi is the only two large-scale mines on the earth that can directly crush centrifugal sol to produce molybdenum disulfide chips—another place on the earth that meets this condition. Large molybdenite, in Congo, Central Africa.

Therefore, before Gu Zhe developed the molybdenum disulfide chip, of course he had to take advantage of the low price of molybdenum at only 150 million RMB per ton, first use his position in the domestic science and technology circles, and try to find ways to spend money to obtain mining contracts through normal and legal channels. right.

He also made a special trip to Henan Province in the Central Plains to invest a large amount of money, which was larger than the later generations of Apple’s production base in Xingyang. Boss Lei was asked to help invest a lot of things in exchange for the Xiaoshan molybdenum mine in Hongnong City. 35 Annual contracted mining rights.

As for the relevant practitioners who were originally in Yu Province in history, such as Luoyang Molybdenum Industry, they were all squeezed out by Gu Zhe.

In addition, it signed a contract with the local power department to use all the SMX power stations in Hongnong City to ensure the future production needs of Tianyuan Technology's chip base in Hongnong City.

After all, lithography machines are big consumers of power, and a considerable part of Wanwan’s electricity in later generations has been consumed by Wansemi.Even if the chemical deposition method is used to make chips, the power consumption of the centrifugal sol molybdenum disulfide is also very terrible.It is very reasonable to specially pull a power station to related enterprises.

Moreover, when Gu Zhe went to invest there, the advanced manufacturing industry in Yu Province was still very backward, and the GDP data was not good.Hearing that such a top domestic private technology giant is willing to invest, and still engage in high-end electronics and chips, the local leaders are so excited that they want whatever they want. The supporting power station and key molybdenite mining rights are nothing.

In this way, Gu Zhe controlled 40% of the world's high-grade chip-grade molybdenite sources before molybdenum disulfide chips completely swept the world. In the future, he will also go to Congo to make arrangements.

In the next 20 years, no matter how other human countries reverse, counterfeit, or imitate the molybdenum disulfide chip technology, at least the best grade and most suitable molybdenite resources for chip manufacturing, most of them are in the hands of Gu Zhe.

-

(End of the book)

The book was opened in a hurry... It also hit the Chinese New Year, the Winter Olympics, war, quarantine... All kinds of traffic dropped sharply, and rumors were flying everywhere.

More importantly, it made me realize that it has been four years since the book "Returning to the 80s as a Big Brother" was published. Due to the epidemic and other reasons, the social mentality has undergone major changes.

When I wrote books back then, the protagonists were all struggling, and I would also like to write about the protagonists of the Chinese Dream, all of whom were IQ fighters. People read books like that.After four years, it is now popular to lie down and get something for nothing. The protagonist like me has been considered as a success in sales and anxiety in sales.

I'm old, 36 years old, and I can't change my three views, so I can only return it to the pile of old papers.Of course, the shaping of this book is not good, but in fact, if you have confidence, you can take more care to shape it.

The key is that the three views of society have changed. I know that my book is definitely out of play, and this track will be out of play in the future.A warning from the editor before opening the book is still in my ears: "Xueba Black Technology" can become popular, it was a few years ago, and after 20 years, the whole society will be transformed, and another book of the same kind will not be popular, unless the process is very easy. , A mouthful of black technology is directly given for free.Times have changed, and now urban literature is about getting something for nothing.

Of course, I still feel sorry for everyone.The resources of this book are really good. Sanjiang strongly recommends them, and all external resources are in place, but I can’t do it myself.The thinking is also aging, and the disconnection with the young people in society is too serious.

I’ve been writing books for ten years, and I haven’t taken a serious break.It's better to wait and see for two months, and wait until the end of June to open the book. I don't guarantee the date.Recently, I took some screenwriting courses online to improve my sense of rhythm. My writing rhythm is really bad.I have been writing for ten years and have been outputting, but I also need to calm down and study for a while, and input and input, otherwise the ideas will be drained and there will be no new ideas.

I don’t know what to write at the moment, I only know about returning to history, and book lovers who are willing to appreciate it can come back after the summer vacation on July 7st, and 1-7 will definitely open.For other details, we will talk in detail after the formal completion of this testimonial.

(End of this chapter)