Daguo Science and Technology started from the copycat system

"My God, this is too scary. Sugon Technology is willing to spend so much money to develop a lithography machine!"

"This Suguang Technology is simply crazy."...

There was a huge uproar at the scene, and people were all amazed at the madness of Sugon Technology.

After all, the minimum is 3 billion a year, what a terrifying figure.

And what's even more frightening is that 3 billion this year is only the lower limit and not the upper limit. Then Lin Chen said that the upper limit of research and development funds for lithography machines for one year is unknown!

Of course, not to mention the amount of research and development funds whose upper limit is unknown, let’s say the minimum amount of research and development funds is 3 billion a year.

This is an amount of research and development funds that has caused headaches and even tingling in the scalps of well-known large domestic and foreign companies.

Based on the current exchange rate of 8.27 soft sister coins for one U.S. dollar, spending 3 billion Xia Yuan a year is equivalent to spending 362 million U.S. dollars a year to develop a machine. How is this not a huge number?

So all the reporters on the scene looked at Lin Chen in shock, as if looking at a lunatic, a lunatic who doesn't treat money as money!

In this regard, Lin Chen said that this amount of R\u0026D funds is actually not too much, because Intel's R\u0026D investment in 2001 reached 7 billion US dollars!

And as of the end of 2003, maybe the competition with A.M.D company was unfavorable in the past two years, which made the market share of A.M.D reach 25%.

Intel, whose revenue has been greatly reduced, has reduced its R\u0026D investment, but even so, their R\u0026D funds in 2003 last year reached 4 billion U.S. dollars!

Under such circumstances, Sugon Technology will spend 362 million US dollars to develop lithography machines in the next year, which is actually not too much, or even a little less.

However, with the financial resources of Sugon Technology, 360 million US dollars a year is the upper limit. After all, although mobile phones are very profitable, there is also an upper limit.

"Mr. Lin Chen, are you sure you will spend at least 3 billion Xiayuan, or 360 million U.S. dollars, to develop lithography machines in the next year?"

A reporter from Nanfang Metropolis Daily looked at Lin Chen in disbelief and expressed his doubts.

"Yes, it is indeed "at least" 3 billion a year, that is, at least 360 million US dollars a year to develop lithography machines."

Lin Chen spoke the exact words without any hesitation.

"Kacha Kacha Kacha Kacha Kacha Kacha Kacha..."

The frantic flickering of cameras sounded at the scene, and many reporters quickly wrote down relevant news content with pens.

The reporters at this time already had a premonition that after the next news spread, the whole world would show a shocked expression.

But the thing that shocked them even more didn't stop. At this time, Dean Lu continued after the camera flickered frantically and paused for a while:

"In terms of funds, 3 billion a year has the basis for the research and development of the fifth-generation immersion lithography machine, and the next step is the work of our Xia Ke Institute.

In this cooperation, we dispatched 3 academicians, a senior professor of lithography machine research and development, and hundreds of graduate students, doctors, and postdoctoral fellows from Xia Ke Academy.

In addition, our Xia Ke Academy will also provide corresponding equipment, materials, and even the priority use of supercomputers, etc.! "

"Kacha Kacha Kacha Kacha Kacha Kacha..."

The reporters who heard Dean Lu's words naturally looked excited, and frantically pressed the cameras in their hands. This is another big news.

It can also be seen that Xia Ke Academy is really domineering. There are a total of 3 academicians, a senior lithography machine research and development professor, and hundreds of graduate students, doctors, and postdoctoral fellows. This lithography machine research and development team is really huge.

In this regard, Dean Lu did not stop his words, but continued to say after the camera flickered for a while:

"Let me announce the list next.

First of all, the youngest in Daxia, who successfully won the "Top Ten Scientific and Technological Achievements of Daxia" twice in just a few years, and then academician Lu Ke who won the title of academician at the age of 38 without any dispute. "

"Papa papa papa papa..."

Hearing the name of Academician Lu Ke, many reporters and guests at the scene applauded.

Speaking of which, academician Lu Ke is also a super genius, a super genius in the field of metal materials. He succeeded in becoming the youngest Academician of Daxia in history at the age of 38 with two scientific achievements.

Among them, two of his research and development achievements have also had a profound impact on the world, which can be said to have opened up a new research and development direction.

One is nano-twinned copper, which has super-strong electrical conductivity and strength, directly opening up the research and development direction of nano-metal materials.

The second is the new technology of nano-surface metal materials, which directly defeated the surface nitriding process that originally required tens of hours and was energy-intensive and resulted in poor results.

Using the surface nanotechnology of metal materials, it can make a variety of metals and engineering alloys obtain nanocrystalline structures with a thickness of tens of microns.

In the end, the metal has stronger surface hardness, wear resistance, fatigue resistance, and corrosion resistance, so this is a magical technology.

The only disadvantage is that this technology is only achieved in the laboratory, and there is no equipment and technology for mass production.

At this time, Dean Lu did not stop his introduction, only to see him continue:

"Academician Lu Ke is an academician who is good at the research and development of metal materials. Academician Lu Ke will be mainly responsible for the research and development of metal materials for lithography machines."

"Papa papa papa papa..."

There was warm applause again at the scene, and at this time Academician Lu Ke also nodded and waved to the reporters.

At this time, Dean Lu cast his eyes on one of the old people, and saw him introduce with a smile:

"The next one I want to introduce is Professor Xu Duangu, known as the father of lithography and optical disc technology.

The "color multi-level storage technology" invented by Professor Xu Duangu directly broke the problem that the data cannot be directly rewritten on the optical disc.

It has opened up a major breakthrough in the world's optical disc industry, which has amazed experts from all over the world. It has also won the "National Invention Award", the highest science and technology award in Daxia, and obtained an international invention patent!

Of course, in addition to the optical disc technology, what is more important is the lithography machine.

To be honest, the step-by-step projection lithography machine developed by me in Daxia used to not lag behind the world.

At that time, in March 1991, the step-by-step projection lithography machine we developed made foreign experts come with doubts, and left with shock soon after.

And it is said that those foreign experts also came to a conclusion, this conclusion is that my Daxia has broken the blockade in terms of lithography machines!

At that time, it was Professor Xu Duangu who was in charge of developing this blockade-breaking lithography machine!

Of course, in addition to the step-by-step projection lithography machine that broke the blockade of lithography machines, the first projection lithography machine in China was actually developed by Professor Xu Duangu in 1980! "

Hearing Dean Lu talk about breaking the blockade back then, the foreign reporters at the scene did not look very good.

But for the domestic reporters, they suddenly became excited and looked at Professor Xu Gu with admiration. (end of this chapter)