With almost all of Jupiter's system being developed by Chen Yue, Chen Yue finally had enough resources and capabilities to launch more and larger scientific experiment equipment.

In the past, with such a large-scale project, Chen Yue, who had only developed Europa in his hands, didn't even dare to think about it.

A large materials science laboratory, more than two kilometers long, requires three dedicated power stations and millions of high-precision machines, with more than one million active robots working in it, and even more stationary robots.

A laboratory alone consumes at least tens of millions of tons of steel – and various types of special steel are just one building material for this large-scale research facility, and the rest requires more equipment and materials.

With such a large scientific research facility, Chen Yue would not dare to build it easily. Even if you have free computing power, you don't dare to make it.

There's no way, there's not enough resources.

But now, for Chen Yue, who has fully developed the Jupiter system, this problem is no longer a problem at all.

With the commissioning of tens of thousands of nuclear fission ion propulsion spacecraft, Chen Yue's ability to obtain resources has increased tenfold.

This is his confidence.

In addition to the materials science laboratory, Chen Yue has also built the same huge optical experiment center, chemical experiment base, propulsion technology research institute, semiconductor technology research base, electric power laboratory, metallurgical industry laboratory, mechanical research institute, aerospace laboratory, large hadron collider, large particle collider, high-precision gravitational-wave telescope, large neutrino telescope, large dark matter detector, radio astronomy telescope array, etc., up to 41 categories, more than 5,000 super-large scientific research centers.

Chen Yue dared to say that any of the more than 5,000 super-large research centers, placed in the peak of human civilization, would require the entire civilization to unite and take more than ten years to complete.

At this moment, Chen Yue is advancing at the same time, and at the same time building more than 5,000 super-large scientific research centers.

Chen Yue always knew very well in his heart that for himself, the incomparably huge industrial base could only be regarded as a foundation.

Although it is true that he has spent a lot of effort and invested huge resources and events in order to improve his industrial base, they are only means, only tools, not ends.

These research centers are their ultimate goal. The huge industrial base was ultimately just to give birth to these research centers.

Everything is in the service of this purpose.

Because only these institutions can produce enough scientific data to promote the development of Chen Yue's science and technology.

Now, after hundreds of years of busy work, exhaustion, and tiring for hundreds of years, Chen Yue finally has the ability to build so many and such huge scientific research facilities according to his original vision.

This is the time of the real harvest.

More than 5,000 scientific research centers have been devoting themselves to the research of the latest science and technology day and night, and a huge amount of scientific research data has been produced every day, every hour, every minute and every second.

Under Chen Yue's control, more than 10,000 sub-supercomputers were fully engaged in the analysis of those scientific research data. Chen Yue used them like a human scientist, and with the help of their power, these complex and vast data eventually became principles, laws, models, and parameters that could be understood and used by Chen Yue......

Each of these scientific research data is refreshing Chen Yue's knowledge and increasing Chen Yue's understanding of the origin of the universe.

Chen Yue's scientific research development has truly entered a stage of rapid development. At this moment, Chen Yue can confidently say that except for a few areas where he is still lagging behind the peak of human civilization, in most fields, he has comprehensively surpassed human civilization.

This is the help that the nuclear fission ion propulsion spacecraft has brought to Chen Yue.

Time flies. Under Chen Yue's all-out research, there was finally another breakthrough in chip technology.

The 2-nanometer chip process has been process-proven in the laboratory. This means that, at least theoretically, Chen Yue has mastered the technology to manufacture 2-nanometer chips on a large scale.

Then there's the industrial application.

For this involves his own fundamental technology, Chen Yue unreservedly mobilized all the computing power that could be extracted, and began to build a chip factory as quickly as possible.

The new chip factory covers an area of 3.6 square kilometers and is divided into hundreds of areas, covering every process in chip manufacturing.

The construction of the plant took a year. After that, it was two years of testing and adjustment. Chen Yue carefully examined every step of his manufacturing process, looking for every mistake and omission in the real application, and constantly adjusted his technical implementation plan, and even twice, because the exposed problems were too serious, and if they were not solved, it would affect the final production efficiency and yield, Chen Yue had to reluctantly dismantle up to one-third of this huge factory, and then fill it with new equipment after adjustment.

It's time-consuming and cumbersome. But this process is necessary.

It is not only a process of adjustment, but also a process of learning, researching and improving. And it is a process that cannot be replaced by other research methods. After all, there are too many hidden problems that will not be exposed in an experimental environment. It can only be exposed in large-scale industrial production.

In this way, it took Chen Yue a full three years to usher in the official production of this factory.

The steady flow of advanced chips produced using the 2nm process is being replaced by the computing equipment used in the large factories.

Even though Chen Yue carried out countless inspections and adjustments before it was finally put into production, there were still countless problems exposed in the large-scale actual use of this year.

Industrial production is just that. Chen Yue was not surprised by this.

If there is a problem, it is enough to adjust and improve. What stable product hasn't gone through such a process? Without tens of thousands of fine-tuning and overhauls, can the product be stabilized?

Chen Yue did not feel impatient at all, but immediately devoted himself to improving the product. After it stabilized more or less steadily, Chen Yue began to update and iterate on the supercomputers of those large research centers.

The importance of these supercomputers cannot be overstated. It can even be said that in addition to Chen Yue himself, these supercalculations are the most important. Without a certain certainty, Chen Yue didn't dare to touch them casually.

After two years of verification on top of these supercomputers and fine-tuning thousands of parameters, Chen Yue feels that this 2-nanometer chip production line has finally matured and stabilized.

This means that the time has come for me to move again.