Judging from what he paid attention to, the management methods for robots are basically in line with everyone's expectations.闂
On Earth, robots are strictly controlled.
Outside the Earth, the management of robots will be looser, but there will be management plans for the production and use of robots.
Of course, special locations will also be set up.
For example, those students who built robots to play against each other proposed to build a space city in space.
You can engage in robot confrontation in this space city.
The reasons given by these students are quite good. They say that engaging in robot confrontation will help the development of robot technology.
In fact, everyone knows very well that these students just want to engage in robot confrontation.闂
Not to mention, many people in China support these students’ proposal and donate money to build such a space city.
He also said that he was going to have some kind of robot competition.
If you think about it, you will know that controlling robots to fight against each other is a scene that many people want to participate in.
Relevant departments are also very open-minded and know that these bans are not a solution, and it is better to provide correct guidance.
It was agreed to set up such a space city.
Good guy, when the relevant departments determined this, the funds raised to build the space city were increasing rapidly.
In less than half a day, the funds raised exceeded 100 billion.闂
At the same time, the leading team for building the space city was also formed.
From design to manufacturing, the number of people involved soon exceeded 100 million.
He was not surprised by this result.
Many scientific researchers from Jiutian Research Center participated, and he also participated.
Robot confrontation is fun, but it can indeed promote the development of robotics technology.
After the brain-machine integration technology is developed, the experience of robot confrontation will be even better.
In contrast, robotics technology will also develop rapidly.闂
Humanoid bionic robots will become more and more powerful.
Bao Qi nodded and looked at Su Zhe and Fan Xiaoming.
"Well, I agree with all of this. We considered these issues when we first developed the remote control robot."
"The humanoid bionic robots we are making now are weaker than the human body in terms of strength and strength. The purpose is to prevent some people from using humanoid bionic robots to hurt people. As for the more powerful humanoid bionic robots, they all have corresponding Control."
"In fact, we have built defenses on the hardware and software of the remote-controlled robots we manufacture. Once some remote-controlled robots are used to hurt people, they will shut down and lose control."
"Of course, we have prevention measures, and we should have corresponding laws and regulations."
"Our prevention measures can only deal with ordinary people. It is difficult to deal with professionals. 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. This is almost the same for remote control robots. There are too many types of intelligent robots. From my personal point of view, for artificial intelligence and intelligent robots , we have to be cautious, this is no joke.”
Although artificial intelligence and intelligent robots are not as scary as described in science fiction, they are possible with the development of science and technology.
As they have discussed long ago, preparations for artificial intelligence and intelligent robots must be made in advance.
By the time artificial intelligence and intelligent robots mature, it will be too late.
To put it simply, from the beginning of developing 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. For example, remote control robots and artificial intelligence and intelligent robots, whether they are hardware or software, we have isolated them. It can be said that Two completely different systems, just in case.”
For artificial intelligence
and intelligent robots.闂
Great care was taken during the development process.
Those science fiction movies are not made randomly, they have a certain basis.
Just like now, manufacturing factories, resources and energy collection will gradually become automated and intelligent.
Coupled with the large number of humanoid bionic robots and other engineering robots in use.
If in the process of developing artificial intelligence and intelligent robots, they develop autonomous consciousness and rebel against humans.
If those humanoid bionic robots and related engineering robots, as well as those automated and intelligent manufacturing factories are hijacked, humanity will face catastrophe.
"This is the right thing to do." Su Zhe said seriously, "When we take these defensive measures, we must not forget to supervise scientific researchers. We must pay attention to every aspect of the development of artificial intelligence and intelligent robots.闂
Sometimes, the countermeasures that come up are very good, but they change during the implementation process.
There is nothing wrong with developing science and technology, but there are particularities in how to apply science and technology.
After all, science and technology are a double-edged sword.
If used well, it will develop productivity and benefit the country and the people.
If used incorrectly, it could send the entire human race away.
Therefore, there must be a relative degree of supervision over the development and application of science and technology.
Although he is thinking about freedom of scientific research, this freedom is not absolute freedom.闂
Some necessary supervision is required.
This is essential.
"Yes, this requires relevant laws and regulations." Bao Qizheng nodded and said, "Relevant departments are studying this issue. As time goes by, more and more people will participate in scientific research across the country. With more people, , maybe some bad things will happen, such as genetic problems, etc., which will require more complete laws and regulations to restrain it."
"That's the truth." Fan Xiaoming nodded, "It's not enough to rely solely on morality to restrain people. They also need to be restrained by laws and regulations."
The three of them chatted for a while, but seeing that it was getting late, they ended the exchange.
Early the next morning, Su Zhe and Fan Xiaoming were still having breakfast in the cafeteria, when principal Xu Zhengping came over.
After breakfast, a group of three people took the internal elevator of the collision building to a location one hundred meters underground.闂
The first place the three of them came to was the No. 15 Experimental Station of the Electron Positron Collider.
Currently, Experiment Stations No. 15 to No. 20 of the Electron Positron Collider are engaged in research on brain-computer integration technology.
On the 15th, 16th and 17th, these three experimental stations are conducting research on the intersection of brain information.
Experimental stations No. 18 and No. 19 study the extraction and writing of information at the intersection of brain information.
Experiment Station No. 20 is a comprehensive and integrated one.
It is not just here that is doing the same research and extended research, there are also laboratories in Tamugobi, other domestic hospitals, universities, research institutes and other related research institutions.
Of course, all the final data will be collected here.闂
Jiutian Research Center’s research direction on brain-computer integration technology is non-contact.
There is no need to open your brain or anything.
To be honest, the scientific researchers at the experimental station are quite big, and they directly use themselves as research subjects.
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 many experiments to allow major qualified hospitals to conduct research on the brain.
In this way, he learned more and more about the structure and mechanism of the human brain.闂
This led to the creation of existing research methods.
Use weak electromagnetic waves to stimulate possible information collection areas in the brain and search for them bit by bit.
This kind of search is not aimless, but a directed and targeted search.
Speaking of which, the search process
It is also extremely troublesome.
The information intersection point of the human brain has specific signal fluctuations, 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.
Relatively speaking, this process is easy to implement.闂
The process of writing information is much more troublesome.
Whether it is reading or writing information, the first thing to do is to find the intersection of information.
At present, the reading and writing of information have been realized. The difficult problem is to find the intersection of information.
As for the difficulty of finding information intersections.
The difficulty is comparable to finding a grain of sand with special markings on the earth.
The principle, to put it simply, is that different substances always emit "electromagnetic waves" to the outside world.
Taken as a whole, the human brain is a single entity.闂
The electromagnetic waves it emits to the outside include a wave band.
But the brain itself is composed of different tissues.
Taking these organizations as an individual, the electromagnetic waves emitted are different from organization to organization.
Its tissue is composed of cell tissue, fat, protein, etc.
And these, the electromagnetic waves they emit are also different.
The process of finding the intersection of information is equivalent to dividing the human brain into one small area after another, screening and analyzing to see if it is the intersection of information.
Speaking of which, different tissues, different cells, and different macromolecules emit different electromagnetic waves.闂
Even if they are the same type of thing, such as two neuron cells, the electromagnetic waves they emit are different.
For example, there are differences between people. Even if they are twins, there are direct differences between them.
There are methods in finding the intersection of information.
It also depends on luck.
As for the information intersection points we are looking for, there are seeing, hearing, touching, smelling, and tasting. These five are quite the receivers of information.
After receiving changes from the outside world, the changes are converted into signals and finally transmitted to the brain.
For now, among these five, we have found sight, which is the intersection of visual signals transmitted to the brain.闂
That is, it proves the feasibility of this research direction.
Seeing, hearing, touching, smelling, and tasting are the inputs of information to the brain.
Where there is input, there is output, such as body control, 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, etc.
To find the intersection of these control information.
If we look at the parts of the human body except the brain and the brain separately.
This part is quite the carrier of the brain. The communication between the brain and this part is not only the exchange of material, but also the exchange of information.闂
For the brain, the exchange of information has input and output.
What brain-computer integration technology needs to do is to find the intersection of information exchange input and output between the brain and this part.
Once you find these information interaction points, it's much simpler.
All that remains is the reading and writing of information.
What is written is the information input into the brain, and what is read is the information output by the brain.
Currently, the technology to write and read information already exists.
All that remains is to find information interaction points.闂
In this way, brain-computer integration technology can be easily realized.
In Experimental Station No. 15, more than 20 scientific researchers are busy.
Each of these twenty-something scientific researchers wears a helmet on their head, and a large number of thin wires are connected to the helmet.
When Su Zhe and the others came over, a scientific researcher was already standing at the door of the experimental station waiting for them.
This scientific researcher took Su Zhe and the others to visit and introduce Experiment Station No. 15, and explained in detail the progress of his research.
Fan Xiaoming and Xu Zhengping
People still have to ask questions from time to time.
Whether it was two people asking questions, or scientific researchers giving introductions and answers, their voices were all very low. The purpose was to have as little impact as possible on the busy scientific researchers.闂
Speaking of which, the researcher's introduction was aimed at Fan Xiaoming and Xu Zhengping.
The two of them didn't know much about the research on brain-computer integration technology, but Su Zhe was different.
He is extremely clear about his research on brain-computer integration technology.
After all, he proposed the research direction of brain-computer integration technology, and he personally designed the related experiments.
Xu Zhengping looked at the helmets worn by the scientific researchers and asked in a low voice: "What is this helmet used for? Are you doing experiments on yourself? Is this safe?"
Before the researcher could explain, Fan Xiaoming explained: "Principal, don't worry, it's absolutely safe. We won't do it if it's not safe."
When engaging in scientific research, safety is the first priority.闂
If there was a safety risk, they wouldn't do it.
Su Zhe answered seriously: "This device will not cause harm to the human body. Its function is to read electromagnetic waves in small areas of the human brain to find the intersection of information."
Judging from the current situation, in the entire research and development of brain-computer integration technology, finding the intersection of information is the most difficult.
Really speaking, it's not much different from finding a needle in a haystack.
"Principal, we have found the visual information interaction point. It is lucky to say it." Fan Xiaoming said with a smile, "It is too difficult to find the information interaction point. We have a total of 80 scientific researchers from our three experimental stations to search. We have to search all the information interaction points." Information interaction points have been found, but we don’t know when it will be found. To this end, we have added 10,000 test points by coordinating domestic laboratories with sufficient conditions."
In order to add these 10,000 test points, it took a lot of effort.
A testing point requires a basic scientific researcher.闂
This is easy to solve. There are not enough core personnel studying brain-computer integration. You can find peripheral personnel. Anyway, there are many peripheral personnel studying brain-computer integration technology.
Then there is the equipment at the test point.
The condition must be to be able to provide low-frequency broadband electromagnetic waves.
To achieve this condition, a synchrotron radiation light source is required.
