Chapter 191 Shiyuan Technology
"If the perovskite battery technology is American technology, then Chinese car companies will definitely not be able to get it. With Tesla using this technology, I really can't imagine how these domestic car companies can compete with Tesla.

Although the impact of room-temperature superconductivity on the real world is not big enough, it is enough for the self-media of American Remote Animal Husbandry to repeatedly exaggerate the superiority of American's scientific research mechanism.

As for anechoic materials and topological semimetals, they are even more of a nightmare. The former can make the gap in maritime strength between the two sides even greater than in the 50s. If American submarines can reduce the noise to below decibels, combined with their bases all over the world, the impact is simply unimaginable.

China is limited by its base and cannot fully utilize the advantages of sound-absorbing materials, but America can.

Topological semimetals can instantly make the country's efforts to catch up with the semiconductor industry fall into despair.

I can only say that it is fortunate that Guangshen is Chinese, and after graduating from MIT, he resolutely chose to return to China. If Guangshen had played for America, the consequences would be unimaginable.

This would be scarier than the scariest horror story.

However, for the God of Light, apart from America, only in China can he exert his greatest advantage. If he were in Japan or Korea, he would not be able to keep the technology even if he had it. If America spoke, these countries would have to compromise.

The situation is a little better in Germany and France, but the improvement is limited and they still cannot escape the fate of being plundered by America. The Alstom example is not far away.

Having Guang Shen is truly a blessing for China. Such an outstanding genius was born at such a critical time. The same is true for Guang Shen, who can maximize his talent in China."

At this time, the outstanding Chinese genius, Chen Yuanguang, was discussing with Tominaga from Japan how to design a high-precision lithography machine.

This kind of communication is remote. The semiconductor equipment company jointly established by Nikon and China Investment Corporation Electronic Engineering Design Institute is in Shenhai. Of course, Nikon's investment is nested in layers, and Nikon's existence cannot be reflected in the equity structure at all.

Even if you trace the equity relationship back to Nikon, you cannot trace it back to Nikon, but the Japanese employees inside are all from Nikon, Fuji, Hitachi and Canon. All the semiconductor elites from Japan's Showa era are gathered together.

The deaths of the ministers in Neon could only become a topic of conversation for them, and they could not even feel any resentment towards Chen Yuanguang, the indirect murderer of these things.

It is impossible for sheep with normal thinking ability to empathize with the shepherd group.

"Kishida is dead." "Really? This is a big deal."

"Suzuki is dead." "Who is Suzuki?" "Kishida's successor." "Really? This is a big deal."

Among Neon's engineering community in Shenhai, the discussion on this matter is far less intense than the discussion on the new card pool of Uma Musume.

It was not until the ministers died one after another that they began to show some enthusiasm for this matter.

“Is this the first time that Chiyoda’s gang has been so embarrassed?”

The semiconductor industry dominated by topological semimetals will have new lithography equipment, which will be a new source for the future semiconductor industry. This was also the ambition of this company when it was founded.

The company sold 30% of its shares to Chen Yuanguang, but the shares were not in Chen Yuanguang's name, but were held by his mother. "I never thought that I would be able to dig a spoonful of soil for TSMC's funeral in my lifetime. Just thinking about this makes my old body full of strength again."

For Nikon's engineers, the biggest culprit for the decline of Nikon's lithography machines is definitely American, but they can't do anything about American, and the next biggest culprit is TSMC.

TSMC's attitude towards Nikon is even worse than Intel's. Until 2021, 18% of Nikon's lithography machine sales still came from Intel. As early as 2010, TSMC had stopped buying any of Nikon's advanced process lithography machines.

If TSMC hadn't been digging its own grave behind the scenes, Nikon wouldn't have declined so quickly.

Nikon's engineers wish TSMC would die. This is a simple competitor mentality, because for the employees, the company's performance is not good and their welfare benefits are much worse.

In the late 1990s and early 2000s, employees of Nikon's semiconductor equipment department were definitely high-income earners in Japan, but now, they are no different from ordinary employees.

The threshold for Nikon Semiconductor Equipment is much higher than that of ordinary companies. The old employees who entered Nikon Semiconductor Equipment Department back then were all elites among the elites.

As their leader, Tominaga has communicated with Chen Yuanguang several times. After each communication, Tominaga feels that his understanding of Chen Yuanguang has been refreshed.

Japanese media have given Chen Yuanguang a high evaluation, and they also adopted the title of "Pride of the Chinese" given to Chen Yuanguang by the Malaysian media, believing that he is an Einstein-level scientist of this century and a key figure in the upgrading of China's manufacturing industry.

However, in these media reports, Chen Yuanguang's achievements were concentrated in the field of materials science. After Tominaga had come into contact with Chen Yuanguang, he found it hard to imagine that the other party also had such profound attainments in condensed matter physics and semiconductor devices.

"We cannot regard topological semimetals as three-dimensional, we have to regard them as two-dimensional, and a thin enough plane allows it to be analyzed as a two-dimensional topological semimetal.

If you keep thinking about it as three-dimensional, you will not be able to introduce the topological phase transition into the topological semimetal, and you will not be able to understand the anomalies it exhibits during the recording process through the energy gap. "

"We need to take into account that its boundary correspondence forces the existence of one-dimensional spin-momentum edge states around the topological semimetal, including helicity and chirality."

"Perhaps it would be a good idea to combine 2D TIs in heterostructures with functional materials such as multiferroics, ferromagnets, and superconductors to expand the scope of application beyond their intrinsic properties."

"The ultimate goal of our final recording on the topological semimetal is to achieve a topological phase transition, thereby producing a transistor-like switching function. The failure of the previous experimental link was probably due to forgetting to take into account the topological phase transition caused by the two-dimensional pairing."

Tominaga's immediate impression of Chen Yuanguang was that he thought about problems in a comprehensive, rigorous and knowledgeable way, the most he had ever seen.

Even in optical design, we can provide you with eye-catching solutions.

This also resulted in Tominaga having to do a lot of preliminary preparation every time, because he found that no matter how well prepared he was, Chen Yuanguang's opinions would always break through the boundaries of his knowledge.

It was really too difficult. Tominaga thought that he had never encountered such an embarrassing situation in any academic conference he had attended in the past.

(End of this chapter)