In Lanze's vision, after the super brain, the next step is to build a development pool. Under the control and regulation of the super brain, it is used to develop various structures in batches.

However, even if there is no development pool, a humanoid "Archangel" with reasonable structure can be designed, completed and manufactured through traditional methods.

The humanoid structure verification he is now giving to the students is preliminary research related to archangels.

The super brain experimental body was developed by their own hands, and they knew it inside and out. The somatosensory game cabin fully proved that the experimental body can be used as an ordinary host normally and smoothly.

The current series of verification tasks is to let the super brain experimental body act as a workstation.

The design plan of the super brain was made by Lanze, but the design details were realized by the students.

During the process of structural verification, if any shortcomings and problems are exposed in the experimental body, they, as the original development team, can find ways to solve them. They may even make minor design changes and re-develop a few brand new brains.

On the one hand, we will accumulate experience in using the super brain, and on the other hand, we will gradually improve the super brain.

For the future development pool, Lanze plans to use the finalized super brain to deduce all the design details.

The first development pool still needs to be constructed using traditional methods.

Under the real-time control of the super brain, the development pool creates a complete self-expanding structure, or a development package of the structure, also known as a "seed".

With the development pool and super brain package, design and development are integrated. It will be very simple to create any new structures in the future.

However, Lanze intuitively believes that the commercial value of the development pool is relatively high.

Therefore, he plans to first recruit Northwest Creation to develop the initial version and the microbial-specific version; after it is generally mature, he will then recruit the Ministry of Nuclear Industry to develop a large and giant radiation-resistant version of the equipment development pool and mass-produce the "seeds" of the equipment.

He was not in a hurry.

The enemy is very powerful. Religion is a branch of evolution of human society. It has its own strong adaptability. Therefore, it will be as patient as nature.

The Angel Project will span human generations and even exceed human lifespan.

Widening the gap in national power between China and other countries on the earth is also part of the "war" for human existence. Since ancient times, the mainstream of China has always been the Confucian belief that "the son does not talk about strange forces and confuses the gods". For thousands of years, China has not surrendered to the gods, nor has it

Become a teammate of the religious.

In the future, when China has a highly efficient development pool, the standard seeds now produced manually can be specially customized and fine-tuned under the control of the super brain.

China is equivalent to possessing superpowers: the ability to quickly deploy large space stations, closed-atmosphere floating islands, airships with fusion engines, and even large-scale space fleets in the airspace of the solar system within the reach of power.

At that time, the super brain can design a more advanced super brain, and the development pool can develop a more advanced self-expanding development pool.

The super brain + development pool will become a strategic equipment like the machine tool mother machine in the industrial era.

Lan Ze decided. As long as he lives, he will not let this set of things fall into the hands of outsiders.

There are many methods available to him. The simplest is to bury a death command in the code and wait for it to be triggered.

He will try his best to live a long life.

I will always keep an eye on the world.

Lan Ze left the task to the students. After he came out of the mountain col, he did not return to school or go home immediately.

He went to the suburbs of the capital. During the Chinese New Year, the large canteen of the China Computing Institute served mutton soup. It was also the best Yanchi mutton.

His first disciple, Xiaoqiao, specially reported to him. He was afraid that his dear teacher would not be able to eat this meal.

The China Computing Institute and the Fairy Experimental Group of the Ministry of Nuclear Industry have been working together a few years ago to develop a radiation-resistant version of a true neural network computer composed of nerve cells. It can be used as the carrier of the operating system in space equipment, and the technology has been well adapted.

More mature.

Theoretically, this [True Neural Network] computer system - the nervous system for short - and Lanze's own super brain are "organs" that can complement each other's functions.

But the stuff from the Ministry of Nuclear Industry is too high-end for Lanze to use outside. The super brain is not resistant to radiation.

The two things have to be put together. If you want to save trouble, you can just add a layer of skull to the brain. It is also simple to solve the problem in one step. On the basis of the neural network, integrate the current functional nerve groups and enlarge it.

The computing module can be strengthened using the structure of the brain.

The super brain made by Lanze and the nervous system of the Computing Institute are very different in structure. The physical structure of the super brain is not superior. In the experimental tests of his students, traditional electronic circuits were needed to connect the game cabin.

But the biggest advantage is that it is easy to do.

Just like Lanze used to use traditional arithmetic units to build arithmetic arrays, his supporting auxiliary circuits are as simple as building blocks, taking great care of his hands-on ability.

The super brain experimental body is a small group gathered together, which can be developed easily and quickly.

To realize the interconnection between different experimental bodies, you only need to cut off a small piece and plug it into the incision of another piece; after healing, the connection between the two brains is established. It is simple and crude.

This is how communication bandwidth at the ultra-micro beacon level comes about. If you want greater communication bandwidth, then cut into larger pieces. If it is between several big brains on a scale of one liter or more, deep space beacon level communication

Bandwidth can even become standard.

After all, Lanze himself is a biologist who cannot do anything. When he designed the super brain, he had a beautiful idea:

The mature super brain in the future will need to establish all external connections, allowing it to think on its own and control its own development. In this way, Lanze does not need to consider how various connections develop.

After all, it is a brain. Isn't it normal to think more about your own "brain life"? The brain is used to think about things.

Just the opposite of Lan Ze's brain: the core problem of the nervous system of the computing institute is various connections.

In recent years, mathematicians at the China Institute of Computing Technology have made great achievements in combining various connections between nerve cells, spatial combinations, and timing combinations.

The so-called profession has specialization, and professional things must be done by professional people.

The airship developed by the Fairy Experimental Team has superior performance to traditional airships. One of the advantages is the ubiquitous nervous system within the ship.

However, the things of the Fairy Experimental Group are equivalent to Lanze's things. The nerve ending self-healing and line reconnection functions were developed by his people.

Lan Ze's purpose of going to the Institute of Computing Technology has basically nothing to do with neural networks.

Apart from drinking a few sips of mutton soup and looking at the female disciples he taught, what he was interested in was traditional supercomputing.

Ultra-large-scale supercomputers are the traditional strength of China Computing Institute.

Lanze has been watching students adjust super brains and use surgical operations... that is, cutting with a knife to improve the supply defects caused by design and development. He began to wonder how traditional ultra-large-scale supercomputers solve energy problems.

What's the problem?

Although these large machines use circuits, they involve many similar problems.

For example, in the case of insufficient power supply, what principles should be used to arrange internal priorities?

Many key things are not available in public information. Sometimes it may be as simple as licking a layer of glutinous rice paper. The question is, where is the paper.

When he went to the computing institute, he didn't know if he could see or hear what he wanted. Not everyone in the computing institute understood ultra-large-scale supercomputing. But at least, he could make a bowl of mutton soup.

After coming out of the computing office, Lan Ze went home directly.

His target is Whale Island.

Mr. Luo's graduate student is still continuing to measure whales. So during the Chinese New Year, Mr. Luo went to Whale Island to hang out with the young people.

Lan Ze also wanted to go play, but considering his own importance, he decided to save some national funds for the security team. Going abroad, escorting fighter planes and so on... might be a waste.
Chapter completed!