346: Black technology that changes the world!

It is worth mentioning that most of the maximum $27 billion was used to acquire semiconductor equipment companies, and the funds actually used for research and development should not exceed 15 billion yuan!

As a result, in less than two years, Shuguang R&D Center actually caught up with the Global research and development progress with the financial strength of its own company, and successfully developed a complete set of 90-nanometer chip production equipment!

The more one understands, the more shocked one will be, and the more one will realize what a terrifying fact this represents!

Therefore, it is no wonder that the presidents were so shocked, so surprised, so disbelieving, and even suspected that Shuguang R&D Center was faking it!

However, Lin Chen did not pay attention to people's surprise and shock at this time. When the reporters on the scene reacted and pressed their cameras, Lin Chen continued to speak:

"Last year, on January 20, 2004, was when we initiated the research and development of lithography machines. By mid-May this year, we officially completed the research and development of the 5th generation immersion lithography machine capable of producing 90-nanometer chips.

Finally, it took more than half a month to cooperate with other domestic chip production equipment to produce the first 90-nanometer mobile phone chip. The whole process took one year and five months!

It can only be said that the lithography machine is indeed worthy of being the pearl of industrial civilization. This thing is indeed quite difficult to develop. Some problems even made many of our Academicians headache, believing that it would be difficult to make breakthroughs in the short term.

But in the end, we still stumbled and overcame many difficulties, and in one year and five months, we successfully broke the foreign technology blockade and produced the 5th generation immersion lithography machine with all independent intellectual property rights."

Below the stage, the reporters and guests who heard Lin Chen's words also nodded slightly.

Since lithography machines are so famous, the difficulty of developing this thing must be very high. Although they don't know how difficult it is specifically, they do know that lithography machines are very difficult to produce.

At this time, Lin Chen, in the center of the stage, continued to speak:

"Of course, encountering problems is not entirely a bad thing, because when we encounter problems, we need to solve them, and in the process of solving problems, we also made up for the weaknesses and deficiencies in Da Xia's technology.

For example, the field of high-end metal materials has achieved major breakthroughs due to the lithography machine project!

We have many Da Xia reporters here. I wonder if you still remember Academician Lu Ke and his metal material surface nanometerization technology?"

Hearing Lin Chen's words, a middle-aged Da Xia reporter on the scene slowly raised his hand and, after being allowed, spoke:

"Of course we know. Academician Lu Ke was rated as a Da Xia Academician in 2003 based on two major research achievements: nano-twin copper technology and metal material surface nanometerization technology.

Mr. Lin Chen, listening to you just now mentioning metal material surface nanometerization technology, have you successfully solved the problem of large-scale mass production of metal material surface nanometerization technology?"

Hearing the Da Xia middle-aged reporter's question, Lin Chen smiled and nodded, then proudly said:

"That's right, we have indeed successfully overcome the problem of large-scale mass production of metal material surface nanometerization technology, allowing this magical technology to no longer just stay in the laboratory, but to be truly applied to industry and life.

From now on, many of our high-end metal materials will no longer need to be imported at huge costs. Although the overall quality of metal materials produced in our country is not as good as their high-end metal materials.

But with the metal material surface nanometerization technology that allows metal materials to have stronger surface hardness, wear resistance, fatigue resistance, and corrosion resistance, the overall performance of domestic metal materials can ultimately compete with many imported high-end metal materials.

It can be said that with this one item alone, our Da Xia can reduce imports of high-end metal materials by tens of billions of dollars!

So, in the process of developing lithography machines, we not only developed lithography machines, but also achieved many technological breakthroughs in solving problems."

"Clap, clap, clap, clap, clap, clap, clap, clap, clap, clap, clap, clap..."

Hearing Lin Chen's words, the people on the scene applauded, marveling at the amazing achievements of the lithography machine research and development team.

After all, new materials and new technologies are invented every year Global, and these new materials and new technologies almost all have extraordinary superiority.

Theoretically, if humans can mass-produce and apply these newly discovered new materials and new technologies, then the level of human technology will increase by several orders of magnitude.

But unfortunately, although new materials and new technologies are discovered every year, in fact, those new materials and new technologies almost all have one characteristic, which is that they can only be manufactured in laboratories!

For example, after graphene was discovered by humans in 2004 last year, humans found that graphene has extraordinary properties in various fields.

But in the end, graphene, like other newly discovered materials, can only stay in the laboratory. It encountered great difficulties in truly achieving large-scale mass production and application in industry and life.

And the metal material surface nanometerization technology invented by Academician Lu Ke before obviously also encountered such difficulties.

Small-scale experiments in the laboratory were fine, but applying them to human industry and life encountered great difficulties.

At this time, the lithography machine research and development team successfully transformed such a super-god technology as metal material surface nanometerization technology from theory into reality.

Its significance is even more important than inventing metal material surface nanometerization technology. After all, inventing such a technology is nothing, but whether it can be applied to industry and life is the most important thing.

After all, what's the use of manufacturing a new material the size of a hair strand in the laboratory at huge cost?

Therefore, people at this time were applauding the lithography machine research and development team, applauding the lithography machine research and development team for successfully integrating a magical black technology into future industry and life, and applauding the further strengthening of human civilization's strength.

In response, the warm applause lasted for half a minute. When the applause subsided slightly, Lin Chen continued:

"In fact, in addition to the successful mass production of metal material surface nanometerization technology, other materials and technologies have also achieved great breakthroughs.

For example, the high-performance glass required by lithography machines, such as the ultra-precision processing technology of glass, and also other metal materials or linear motor technology used in lithography machines.

Of course, in addition to these, there is actually another breakthrough that must be mentioned. The significance of this breakthrough is no less than the official mass production of metal material surface nanometerization technology."

Hearing Lin Chen say this, the thousands of reporters and thousands of guests on the scene all showed curious eyes.

They already knew the importance of metal material surface nanometerization technology and the significance brought by its large-scale mass production.

Through this magical black technology, it can give metal materials super wear resistance, fatigue resistance, corrosion resistance, increased surface hardness, and other advantages, which can be called turning decay into magic.

At this time, Lin Chen mentioned that the importance and significance of a breakthrough in something were not much weaker than this metal material surface nanometerization technology. What could this thing be?