Judging from his concern, the management method for robots is basically in line with everyone's expectations. On Earth, robots are tightly controlled.

Outside the earth, the management of robots will be more relaxed, but there will be a management plan for the production and use of robots.

Of course, there will also be special locations.

For example, the students who made robots to play confrontation proposed to build a space city in space.

In this space city, you can engage in robot confrontation.

The reason given by these students is quite good, saying that it is to engage in robot confrontation and contribute to the development of robot technology.

In fact, everyone knows very well that these students just want to engage in robot confrontation. Not to mention, many people in China support these students' proposals, and they have donated money to build such a space city.

He also said that he was going to have a robot competition.

Just think about it, controlling the robots to fight and fight each other, this kind of scene many people want to participate in.

The relevant departments are also very open-minded, knowing that these bans are not a solution, and it is better to guide them correctly.

It was agreed to set up such a space city.

Good guys, when the relevant departments confirmed this, the funds raised for the construction of the space city were increasing rapidly.

In less than half a day, more than 100 billion yuan was raised. At the same time, the leading team for the construction of the space city was also formed.

From design to manufacturing, the number of participants soon exceeded 100 million.

He was not surprised by such a result.

Many researchers from the Nine Days Research Center participated, and he also participated.

Robot confrontation is fun, but it does promote the development of robotics.

After the brain-computer combination technology is developed, the experience of robot confrontation will be better.

Conversely, robotics will also develop rapidly. Humanoid bionic robots will become more and more powerful.

Bao Qizheng nodded and looked at Su Zhe and Fan Xiaoming.

"Well, I agree with all of this, and we considered these issues when we first started developing remote-controlled robots."

"For example, the humanoid bionic robots we are building now are weaker than the human body in terms of strength and strength, and the purpose is to prevent some people from harming people with humanoid bionic robots, and as for the more powerful humanoid bionic robots, they all have corresponding controls."

"In fact, we have made defenses in the hardware and software of the remote-controlled robots we manufacture, and once some remote-controlled robots are going to hurt people, they will stop and lose control."

"Of course, we have prevention and the corresponding laws and regulations should have it."

"Our prevention can only deal with ordinary people, and it is difficult to deal with those professionals, and this aspect still needs to be regulated by laws and regulations." Fan Xiaoming smiled and said: "This is the principle, the management of robots does need to be standardized, for remote control robots is almost like this, for intelligent robots what is too much, from my personal point of view, for artificial intelligence and intelligent robots, we must be cautious, this is not a joke."

Although artificial intelligence and intelligent robots are not as terrible as depicted in science fiction, with the development of science and technology, it is possible.

As they have long argued, the precautions for artificial intelligence and intelligent robots should be done in advance.

By the time artificial intelligence and intelligent robots have matured, it will be too late.

To put it simply, from the very beginning of the development of artificial intelligence and intelligent robots, we must think of various possibilities and corresponding restraint methods.

Bao Qizheng nodded and said: "We have always been very cautious about the development of artificial intelligence and intelligent robots, such as remote control robots and artificial intelligence and intelligent robots, whether it is hardware or software, we have done isolation, so to speak, two completely different systems, just in case."

For artificial intelligence

and intelligent robots. It is very careful in the process of development.

Those sci-fi movies are not made blindly, and there is a certain basis.

Just like now, manufacturing plants, resources and energy harvesting will slowly become automated and intelligent.

Plus the large number of humanoid bionic robots in use and some other engineering robots.

If in the process of developing artificial intelligence and intelligent robots, they have developed autonomous consciousness and rebelled against humans.

If those humanoid bionic robots and related engineering robots, as well as those automated and intelligent manufacturing factories are hijacked, then mankind will face a catastrophe.

"It's the right thing to do." Su Zhe said seriously, "When we take these defensive measures, we should not forget to supervise scientific researchers, and we must pay attention to every link in the development of artificial intelligence and intelligent robots." Sometimes, the countermeasures that come up with are very good, but in the process of implementation, they change.

There is nothing wrong with developing science and technology, but we must pay attention to how to apply science and technology.

At the end of the day, science and technology are a double-edged sword.

If it is used well, it is to develop productive forces and benefit the country and the people.

If you don't use it well, you can send the whole of humanity away.

Therefore, it is necessary to have a relative degree of supervision over the development and application of science and technology.

Although he thinks of scientific freedom, this freedom is not absolute freedom. Some necessary supervision is required.

This is essential.

"Yes, that's all there are laws and regulations." Bao Qizheng nodded and said, "The relevant departments are studying this issue, and as time goes by, there will be more and more people involved in scientific research across the country, and if there are more people, maybe some bad things will appear, such as genetic problems, etc., and more perfect laws and regulations will be needed."

"That's right." Fan Xiaoming nodded, "It's not enough for people to rely on morality alone, but also to be bound by laws and regulations."

The three of them chatted for a while, and when they saw that it was not too early, they ended the exchange.

Early the next morning, Su Zhe and Fan Xiaoming were still having breakfast in the cafeteria, and the principal Xu Zhengping came over.

After breakfast, the group of three took the internal elevator of the collision building to a position of 100 meters underground.

The first thing the three of them came to was the No. 15 experimental station of the Positron Collider.

At present, the No. 15 to No. 20 experimental stations of the Positron Collider are engaged in research on brain-computer integration technology.

No. 15, No. 16, and No. 17 are the three experimental stations that do research on the intersection of brain information.

Stations 18 and 19 study the extraction and writing of information from the intersection of brain information.

Experimental Station 20 is a comprehensive and integrated one.

It is not only here that does the same research and extended research, but also the laboratories in the Tamgobi Desert, other hospitals, universities, research institutes and other related research institutions in China.

Of course, all the data will be gathered here. The research direction of the Nine Days Research Center for brain-computer integration technology is non-contact.

There's no need to open your mind or anything.

If you really want to talk about it, the researchers at the experimental station are quite large, and they directly use themselves as research objects.

This is also because Su Zhe's research method is not harmful to the human brain.

Su Zhe read a lot of research materials on the human brain.

At the same time, he designed a lot of experiments for major hospitals with conditions to conduct research on the brain.

In this way, he became more and more aware of the structure and mechanism of the human brain. This led to the development of existing research methods.

Use weak electromagnetic waves to stimulate the possible information collection area of the brain, and find it little by little.

Such a search is not aimless, but a search with direction and a goal.

Speaking of which, the process of this search

It's also extremely troublesome.

The information intersection of the human brain has a specific signal fluctuation, that is, the organization of the information interaction point produces extremely weak electromagnetic waves.

The process of reading information is the process of receiving weak electromagnetic waves.

Comparatively, this process is still easy to implement. The process of writing information is much more troublesome.

Whether you are reading or writing information, the first thing to do is to find the intersection of information.

At present, the reading and writing of information has been realized, and the challenge is to find the intersection of information.

As for the difficulty of finding the intersection of information.

The difficulty is to find a grain of specially marked sand on the earth.

The principle is, to put it simply, that different substances always emit "electromagnetic waves" to the outside world.

The human brain as a whole is a single individual. The electromagnetic waves emitted by it contain a band.

But the brain itself has different tissues that come together.

Considering these tissues as individuals, the electromagnetic waves emitted between tissues and tissues are different.

Its tissues are composed of cellular tissues, fats, proteins, etc.

And these are also different in the electromagnetic waves they emit.

In the process of finding the intersection of information, it is quite a matter of dividing the human brain into one very small area after another, to screen and analyze, to see if it is the intersection of information.

Speaking of which, different tissues, different cells, and different macromolecules emit different electromagnetic waves. Even if it's the same kind of thing, like two neuronal cells, the electromagnetic waves emitted by it are different.

For example, there are differences between people, even if they are twins, there are direct differences between the two.

In the process of finding the intersection of information, there is a method.

It also depends on luck.

As for the information meeting point to be found, there are seeing, hearing, touching, smelling, and smelling, and these five are quite the receivers of information.

After receiving changes from the outside world, the changes are converted into signals, which are finally transmitted to the brain.

For now, these five have found the intersection of see, that is, the intersection of information transmitted by visual signals to the brain. In this way, it proves the feasibility of this research direction.

Seeing, hearing, touching, smelling, and tasting are the input of brain information.

Where there are inputs, there are outputs, such as control of the body, language, etc., and these rely on the entire nervous system of the human body.

Looking at it separately, there is control over the eyes, control over the limbs of the body, and so on.

To find the intersection of these control information.

If you look at the parts of the human body except the brain and the brain separately.

This part is quite the carrier of the brain, and the communication between the brain and this part is the exchange of information in addition to the exchange of matter. For the brain, there are inputs and outputs for the exchange of information.

What brain-computer technology does is to find the intersection of information exchange inputs and outputs between the brain and this part.

Once you've found these information interaction points, it's much simpler.

All that's left is to read and write the information.

What is written is the information that is fed into the brain, and what is read is the information that is output by the brain.

At present, the technology for writing and reading information is already available.

All that's left is to look for information interaction points. In this way, brain-computer integration technology can be easily realized.

In the No. 15 experimental station, more than 20 scientific researchers are busy.

Each of the 20 or so researchers wore a helmet on his head, and a large number of thin wires were attached to the helmet.

When Su Zhe and the three of them came over, a scientific researcher was already standing at the door of the experimental station waiting for them.

The researcher took Su Zhe and the three of them to visit and introduce the No. 15 experimental station and explain the progress of their research in detail.

Fan Xiaoming and Xu Zhengping

Every now and then, people have to ask questions.

Whether it is a question from two people, or an introduction and answer from a scientific researcher, the voice is very small, and the purpose is to influence those who are busy with scientific research as little as possible. Speaking of which, the introduction of this scientific researcher is aimed at Fan Xiaoming and Xu Zhengping.

The two of them don't know much about the research of brain-computer combination technology, but Su Zhe is different.

His research on brain-computer combination technology, he is unusually clear.

After all, the research direction of brain-computer combination technology was proposed by him, and the relevant experiments were also designed by him.

Xu Zhengping looked at the helmet on the head of the scientific researcher and asked in a low voice, "What does this helmet do, you can't do experiments with yourself!" Is it safe to do that?"

Before the researcher could explain, Fan Xiaoming opened his mouth and explained, "Don't worry, principal, it's absolutely safe, and we won't do it if it's not safe."

When engaging in scientific research, safety is the first priority. If there was a safety hazard, they wouldn't do it.

Su Zhe replied seriously: "This device will not cause harm to the human body, and its function is to read electromagnetic waves in tiny areas of the human brain, so as to find the intersection of information."

Judging from the current situation, the difficulty of finding the intersection of information is the most difficult in the research and development of the entire brain-computer combination technology.

If you really want to talk about it, it's not much different from looking for a needle in a haystack.

"Headmaster, we've found a visual information interaction point, and it's luck to say it." Fan Xiaoming said with a smile, "It is too difficult to find information interaction points, just our three experimental stations have a total of 80 scientific researchers to find, to find all the information interaction points, we don't know when to find it, for this reason, we have coordinated with domestic qualified laboratories to add 10,000 test points."

In order to increase these 10,000 test points, it took a lot of effort.

A test site requires a basic scientific researcher. This is easy to solve, there are not enough core personnel to study brain-computer integration, you can find peripheral personnel, anyway, there are many peripheral personnel who study brain-computer integration technology.

Then there's the equipment at the test point.

The condition must be to be able to provide low-frequency broadband electromagnetic waves.

To meet this condition, there must be a synchrotron radiation light source.