On the whole, Chen Yue is quite satisfied, but there are still some shortcomings in the details.

Under the control of this supercomputer, the overall error rate of the industrial facilities on Europa has reached about 12%. In other words, about 12% of society's total resources are wasted.

The total resources here include not only material resources, such as parts, minerals, but also energy resources, that is, electricity, heat, etc., as well as time resources, and so on.

Here on Callisto, when Chen Yue personally controlled everything before, the overall error rate was only about 0.25%.

It's almost a limit. The reason why it cannot reach 0% is because some radiation caused by Jupiter's activities, asteroid impacts, etc., cannot be fully controlled by Chen Yue.

When Chen Yue "delegated" power to the underlying chip, the overall error rate of Ganymede here soared to about 2.6%.

Here on Callisto, the supercomputing center was built, and the intelligent programs of the supercomputing center took the place of itself to command many industrial facilities, and the overall error rate soared to 12% again.

But it's also something that can't be helped. That's all it can do for now.

The overall error rate of 12% seems to be very high, but it also depends on who you compare it with.

According to Chen Yue's evaluation criteria, the overall error rate before the demise of human civilization was even as high as 96.5%.

In other words, 96.5% of the total resources of the whole society are wasted. Only 3.5% went into production.

The reason why the error rate is so high is because, in Chen Yue's view, sleeping is a waste of time, and eating is a waste of time—not to mention the widespread waste of food.

Watching movies is a waste of time, falling in love is a waste of time, building landscapes is a waste of time, and the rest, everything in life, is a waste of resources caused by poor communication, mismatched cooperation, misunderstandings, etc., etc., most of them are a waste of resources.

Here in Chen Yue, there is no need to rest, no need to eat, no need to travel, no smooth communication, no misunderstanding, some are just a mental work, and the overall error rate is not low.

As a result, Ganymede started vigorous production under the mode of "the daily work is undertaken by the supercomputing center, and Chen Yue assigns tasks every hour, scans the supercomputing center every few seconds to correct its mistakes".

Time passed quickly, and in a blink of an eye, it was the 135th year of the new calendar.

This year, Europa was finally developed in its entirety.

On it, Chen Yue has built about 30,000 factories and mines, built more than 80,000 kilometers of railways, and has about 9 million robots working here.

The brains of these industrial facilities are a total of 165 supercomputing centers built by Chen Yue, each of which has tens of thousands of chips and millions of 65nm process chips.

Between the two planets Ganymede and Europa, the Wood 8 spacecraft - this is the latest generation of interstellar transport spacecraft that Chen Yue improved on the basis of the Wood 7 spacecraft, with faster speed, greater thrust and more transportation capacity - shuttles back and forth, day and night.

Based on the characteristics of the two planets and the distribution of minerals, Chen Yue deliberately adjusted his industrial layout during this time. He shifted more of the low-end and basic industries to Europa, leaving the high-tech industries on Callisto. As a result, there is a strong demand for transportation between the two planets.

On average, every day, at least 100 Wood 8 spacecraft take off and land between the two planets, transporting at least tens of thousands of tons of cargo.

The wide application of the Mu-8 spacecraft also provided Chen Yue with another harvest.

Chen Yue knew that sooner or later he would have to build a real starship. At this moment, the simple and primitive Mu-8 spaceship has become Chen Yue's test site.

He was constantly experimenting with all kinds of new technologies, experimenting with all kinds of new materials, newer engines, more efficient propellants, more stable communication and navigation modules, and more powerful maneuverability on the Mu-8 spacecraft......

When these technical experiments are mature, Chen Yue will begin to build the first real starship. At that point, his dreams can take off.

Here on Callisto, Chen Yue has also built dozens of supercomputing centers, and most of the grassroots computing has been handed over to the supercomputing centers to do. At the same time, because the communication delay is extremely low, Chen Yue can monitor the operation status of the supercomputing center in real time, and the overall error rate here on Ganymede has only increased from the previous 2.6% to 4.2%, which is less than doubled, but Chen Yue himself has saved a lot of computing power and can devote himself to more important work.

There is many, many important jobs. But in comparison, the most important thing is undoubtedly chip technology.

During these years, in addition to building many supercomputing centers to reduce his computing load, Chen Yue also took another risk to improve his computing power.

He had an operation on his "brain".

Chen Yue's brain is naturally the central computer of the Luminous spacecraft.

This central computer is designed to control a spaceship, and its main focus is on safety and reliability. I don't pay special attention to the specific computing power.

There are even some places where the design reduces the computing power.

Now, Chen Yue has adjusted it more thoroughly. For example, the power limit has been removed, the multiple check module has been eliminated, and the computing power limit based on high radiation resistance has been removed, which can be regarded as completely liberating its computing power.

This resulted in an overall computing power increase of about 36%.

To this day, Chen Yue still doesn't know what kind of state he exists in the computer. Surgery on your own brain is undoubtedly risky.

But even after taking such a huge risk to increase the computing power and exploit the potential of the central computer of the Glowing spacecraft to the extreme, the increased computing power was still swallowed up by the huge demand.

"Fortunately, I now have a complete grasp of the 32nm chip manufacturing process. In the next 20 years, it is expected to master the 7nm manufacturing process. At that point, I will be able to build a new home for myself. ”

The chip manufacturing process for the central computer of the Luminous spacecraft is 7 nanometers. However, it was not built for the pursuit of high computing power.

Once Chen Yue has mastered the 7nm process, he can build a complete model of supercomputer based on the pursuit of higher computing power. At that time, Chen Yue can "move" to this new home.

According to conservative estimates, this can also bring at least a 50-fold increase in computing power.

"50 times better......"

Chen Yue's heart was full of longing: "At that time, some basic physics and high-tech things, such as more advanced spacecraft, nuclear fusion technology, high-thrust engines, etc., can start to be studied......