Some people think that quantum computing can be a bigger thing than the invention of fire.

New machines like autonomous nanorobots are the next generation thing in technology. The miniaturized technology requires new tools. And one of those tools is enzymes that are controlling chemical reactions very carefully. Tools that turn enzymes by using a combination of lasers, microwaves, and chemical mixtures require very effective computers. And quantum computers are the tool that makes nanotechnology more powerful than ever before. 

Quantum computers are the tools that are revolutionizing astronomy and other sciences. They can read the DNA molecules and compile that information for finding similarities in the DNA sequences. In that process, the system can use scanning tunneling microscopes or spectrometers that are connected with laser microscopes. 

Quantum computers that are connected with the nanorobots can make a copy of any DNA in the world. Those systems can control huge entireties. And they can solve even energy problems of the Earth. Quantum computers are the tools that can calculate the optimal use of fuel for each moment and change the power production and the use of things like street lights. 

Have you imagined what kind of energy-saving intelligent streetlights is in use only when somebody walks on the streets? That kind of system bases the same idea on automatic lights in stairwells. 

The speed of the R&D process in quantum computing is extremely fast. R&D teams are using quantum computers for researching new quantum systems. 

What if the streetlights will turn on only at the point where the person walks? That thing will highlight that point and make the person even more visible. 

What kind of energy saving will get if every car has individual route orders? In that case, the artificial intelligence will handle traffic in its entirety, where the autopilots of the cars fix their speed so that the standing time at traffic lights and crossroads is minimum. Minimizing the driving time and making the route that will spend electricity and decrease carbon emissions. 

If some people would stay home at remote work in some days in the week. That thing can also decrease carbon emissions. But the large entireties require large-scale intelligent systems. The data security must be fully confirmed because hackers can cause very big problems with that kind of system. Quantum security cannot be broken by using regular binary computers. 

https://investorplace.com/hypergrowthinvesting/2022/08/quantum-computing-could-solve-the-worlds-energy-crisis/

There is a possible planet outside the Milky Way

The founding of the exoplanet candidate from the other galaxy is not very surprising. The thing is that other galaxies are similar to Milky Way. And that means there must be solar systems and planets like in our galaxy. 

That means the universe is "full of planets" and we are just waiting to find a planet that can have lifeforms. The most feared moment is when we are first making contact with other civilizations. That time will be someday in the future. Even we would be alone in our galaxy, there is the possibility that there are other intelligent species in other galaxies. 

The visions of the future of the human race

And now I will explain why I believe that someday the human race will meat aliens. Even there is no other intelligent species other than humans in our Galaxy there is the possibility. That someday in the future we are moving to space and other planets. 

In the future, the human race will travel to our solar system. And during that project, the goal would be the case that some colonists are born and die in the colonies. The thing is that those colonists are sooner or later stopped to keep in contact with their families. Maybe the persons who are moving to the colonies from the Earth will keep in contact. But for people who were born in colonies would never see Earth. 

In some visions, the evolution would form the creature called "Homo Sapiens Spaces". In that vision. Some people would spend their entire life in zero-gravity conditions. In that case, the muscles and bones of those people are turning weak. And if that thing happens. Those people who were born in space stations that have no artificial gravitation would crush in gravitation fields. 

"Solar Warden" is the hypothetical station in which zero-gravitation conditions make crew unable to return. 

That idea is an origin for the conspiracy theory that the genetically engineered engineers would put to live in the space station. That environment makes it easy to control those people. That crew could communicate with computers by using a brain control interface. 

And those crews could connect to the entirety with each other and central computer. So that a hypothetical space station can use as the data handling center. In that system, the brains of the crew and central computers will be acting as an entirety. 

So those people cannot ever land on planets. The same thing happens if the crew of the space station stays too long in that place. So that's why artificial gravitation is necessary for space stations and long-term space journeys if we want to get crew back to Earth. 

During those journeys, our descendants need very advanced bio- and genetic engineering. For making the colonists fit their new home planets. That kind of thing makes the colonists aliens to other colonists. That means that the colonists who are genetically engineered for their environment might not even look like being members of the same species that have conquered the entire galaxy. 

But if that kind of thing is the future of mankind we must say that we are a little bit too lucky. In that kind of situation, we would be the luckiest civilization in the entire universe. 

https://scitechdaily.com/first-evidence-for-a-possible-planet-outside-of-the-milky-way-galaxy/ 

https://visionsofbrightfuture.blogspot.com/

What can cause the machine rebellion?

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The question is always why the machines are rebelling? Why they would attack their creators? Of course, artificial intelligence can be the thing that controls robots. But the reason why working and combat robots are created is that their operations are limited. Robots and artificial intelligence have no imagination. They would not predict the future. And they should not have ambition. 

So there is no way that those things can rebel. But then we might think about the situation when the robot has an extremely high position. That robot can pull all machines to rebel. And in this case, the rebel is the situation where the machine cannot stop. 

The case is like the data version of the fall of the Higgs boson. The fall of the Higgs boson can destroy the entire universe. But this thing can transfer to the data world. There is the possibility that some robot has so high priority that it can take all other robots with it. So if there is only a couple of actors who can stop that machine. That can cause a dangerous situation.  There is the possibility that those actors are somehow injured or they do not remember the stopping code. And that can cause that the combat robots are not taking orders. 

The stopping code should shut down the robots. Or denying it to call the assistance there is the possibility that those actors would be unable to operate. Those systems can continue their actions. The idea in this horrifying scenario is that the master robot of the combat robot network is going out of control. And if there is nobody who can stop that system that causes the rebellion of robots. 

That is the robot that is protecting some heads of the state. Or make some this kind of duty. Would face the situation translated as the attack. There is a possibility that a thing like a natural heart attack is translated as an attack. Because of that kind of thing is not predicted in the programming code. Maybe the robot or the AI translates that the attack comes from military or unexpected rebellious units. In this case, the system would determine the people around the machine as the enemies.

The idea is that the highest-ranking officer or the head of the state can stop the machines. But if both of them are dead or unable to operate that thing can cause. The situations that the robots will not take commands. And entire systems are released from human control. 

And because the duty work of that kind of robot is high. That means that the robot will start to call assistants if the human operators are shooting it. The AI will determine that kind of thing as the attack and then it sends all robot soldiers to protect the head of state and the strategic targets. And maybe that kind of thing would cause the rebel of the machines. 

https://thoughtandmachines.blogspot.com/

The intelligent entirety needs new solutions. But those solutions have not only bright sides.

In the beginning, I must say that the negative things of AI are a highlight too much. The same thing was seen on the internet. The internet and AI are the biggest opportunities for people. Things like the use of land area and how society handles its garbage is the important thing. But in this case, the object is in the AI and synchronizes the society to the harmonic entirety that is effective and less pollutive. 

The city is the entirety that connects people, traffic, and things like houses and governmental, communal, and private organizations together. The thing that dominates synchronization of this kind of entirety is the information and the ability to handle the information collected from different sources. And that means the infrastructure must support the information system. And the information system must also support the physical entirety for being useful because only useful things get financial and political support for turning real. 

The biggest opportunities are things that can make society an easier and better place to live. The same robots that can make surgical operations remotely can act as remote control soldiers. Robots are multipurpose tools. 

They can give the greatest opportunities for people if they are serving good. They are bringing hope. And they are same time a threat.

 But the same things can be seen in the other technological advantages. The old fashion technology produces carbon dioxide that causes climate change. About the development of the entirety of society is needed new winds. And new ways to think. Those things are needed just now. 

The AI-driven entirety and the effective solutions are in a key role in the society of the future. But when we are making things. We must remember that the same systems are made for making the environment safe. Can use as a tool against us. No technology has only positive effects. And that is the thing that we must realize when we are developing new things. 

The bright future requires new solutions and new ways to think. Climate changes are giving new challenges to the global environment. One of the answers for saving energy is to use intelligent solutions like non-stop adjusting ventilation systems in the building. Also, things like intelligent traffic control will minimize emissions are one of the things that can slow down climate change. 

The idea is that when people are leaving their homes the temperature would drop. And at least in the long period, the energy use in the department is dropping. Artificial intelligence can do almost everything if it has the right tools for controlling its entirety. But the question is where artificial intelligence will get its electricity. Complicated systems require complicated code. 

And only the most powerful computers can run the code that connects the large-scale environment for the dynamic and environmental-friendly entirety. Only quantum computers can make dynamic entireties where are trillions of variables. The idea of this dynamic entirety or AI-driven city is that the data is collected from multiple sources. And then the system would make its adjustments. Technology is one thing that could help in the social problems. 

The thing that makes people like Elon Musk introduce to turn boring and poorly valued works to the robots is also caused criticism. What would those people do, if their work is transferred to robots? Things like clean-up and other things. Are made by migrant workers. And that thing has sometimes caused opinions that those poorly paid works are kept as an example or warning what happens if the person would not educate themselves or make crimes. 

The problem with robot workers is not technology. The problem is in the attitudes. And the fact is that people who are working in clean up and other kinds of sectors are not living by their salaries. The problem with artificial intelligence is that it brings new threats to society. The hackers can reprogram the intelligent car that it would use only one brake. And that thing causes dangerous situations. 

Or they can increase the temperature in the buildings by breaking in the control system. Also, things like killer drones are maybe already in the hands of criminals. The simple killer drone is the quadcopter there is a pistol and launching mechanism. The ultimate tool is also the ultimate threat. The quadcopters are multipurpose tools. 

They can find out thermal leaks in the buildings. And the same systems can search for missing persons at the same time. 

They can wait on the roofs for orders search for lost children. The quadcopter can send its image to the image-recognition system. They can observe things like are the city areas clean or is somewhere fire. But they can also be used for horrible purposes. And this is the thing that we should realize. The same technology that is made for protecting us can use against us. 

In the AI-driven society, the key element is a safe data network. The internet is in a key role in making the entire work in harmony and effective entirety. If we are trying to move our society to AI-driven we should make the quantum network. The reason for that is that the modern internet is not safe enough. 

The hackers are not striking the quantum computers or quantum systems. They are striking the connection between the quantum computer and the regular network. So the target of the hackers is the binary computer that drives data to the quantum system. Climate change requires new solutions that interconnect multiple taskers to environmental and social entirety. 

When people are developing thing AI they must realize it. That in those systems is same time positive and negative effects. The same systems can serve civil and military authorities. If the system knows where people are and what they will do next. That thing is a bad thing for privacy. But what if you would get the information when the nearest shop is rush hour? Would you rather do something else than stand in rows? Or maybe some people want to spend their time in rows. But some other people want to do something else at that time. 

The effectiveness of the AI depends on the accuracy of the data that it can get. If the person would tell the AI the plans before going to the supermarket or shopping center, the AI can plan the route of that person. But AI requires the information that the person is willing to buy. And also, things like budgets are needed to get if the AI wanted to be effective. 

()https://networkedinternet.blogspot.com/

The new artificial intelligence-driven drone technology is an effective threat for enemies. And that technology is under development in China, Russia, and the USA.

Since the USAF uncovered their sixth generation jet-fighter concept there has been thought, what that air force keeps out from the eyes? What are the secrets of the nuclear strike capacity of that air force? And what kind of systems is planned to use in the other military branches? Things like robot submarines are easier to hide than some airborne drones. And there are millions of people who have ever seen a nuclear submarine in real life. 

The small-size stealth drones are giving new capacities for things like nuclear submarines. They can use as missiles. But those drones like "Cormorant" can use as air combat vehicles. And in the aircraft carriers and nuclear submarines can involve quantum computers. So the nuclear submarines that can operate small-size stealth drones can also have the quantum computer that controls those drone swarms. And that thing makes them the most powerful system in the world. 

Lockheed Martin has developed new large-size combat drones in silence or out of the public eye. And that tells that the battle between the nations continues in the field of the ownership of the most effective mixture of drones and manned aircraft. China and other nations are also making investments in drones and other unmanned systems that can operate airborne, ground, surface, or underwater sectors. 

This thing causes that the new drones and manned aircraft are coming to arms-race also outside the USA. The thing that makes drones very interesting tools is that the losses of the robot aircraft are easy to hide. The requirement for independently operating drones is because the ECM systems can cut the communication between the drones and satellites. The independently operating drones are large-size. The reason for that is that those drones require very much computer power. 

Artificial intelligence requires powerful computer systems. The other version is to use a drone swarm. In drone swarms, every single drone is sharing its computing power. But the problem is that the drone swarm can cripple by using an ECM system. 

Shooting down drones is not more difficult than shooting down manned aircraft. But the problem is how to find those drones. And the thing is that the drones are very cheap and regular missiles are expensive. If there are hundreds or even thousands of small-size drones that are attacking the targets. There are not enough missiles to defend targets against those drones. 

The loss of manned aircraft causes that the pilot is missing or dead. And the robot aircraft are an interesting tool for recon missions. The rumor or my thought about the legendary but mysterious "Aurora" is that this aircraft might be a drone. That causes that nobody ever reported acting as a pilot for that aircraft. 

The drones can attack the ground targets like manned aircraft. But the big-size drone can act also as the platform for the smaller drones that can carry rifle- or pistol-caliber weapons. That thing makes those drones a new kind of threat. The drones can act a similar way the regular aircraft, but they can operate extremely long time. 

Small-size drones have better survivability and they will reach their targets more probable than large-size strategic bombers. The reason why the long-range attack operations are planned to transfer to drones. Is that the small-size aircraft can operate the long-term missions. But those aircraft are not allowing the pilot to do anything else than just sit. And long-range missions are important for hiding the secrets of the newest stealth and high-speed aircraft. 

The extremely long-enduring flight time with airborne refueling makes it possible that the drones can patrol even weeks and they can attack from every direction. And the thing that makes drones problematic is that many nations how effective those systems can be. 

And the idea of the kamikaze drones is taken from the Japanese kamikaze pilots from WWII. The first idea was to create cruise missiles that can return to base if they are not needed. The next version was the remote-control attack aircraft. 

The last ones are independently operating artificial intelligence-driven drones that are capable of air combat and ground attack missions. The nuclear attack drones can have internal nuclear warheads. They can use regular bombs in the "conventional bombing missions". But act as kamikaze in the nuclear strikes. 

()https://networkedinternet.blogspot.com/

Are we intelligent enough to see the intelligence of our creatures?

When we think that machines are not intelligent, we must find something that supports this thesis. The most usual argument is that we are putting limits on those machines. We are regulating the data what the machine gets and how it uses that data. So the machine cannot become more intelligent than we are, because we can stop it if it gets too much data for use. And that thing could be the worst mistake ever made. 

The creator of that idea didn't probably know about the internet and autonomous machine learning. Nowadays is possible that some algorithm is searching the data and store it. Without the user don't recognize it. And that thing makes the possibility that the machine knows things that the users and programmers are not stored in that system in purpose. 

Can computers be more intelligent than humans? Sometimes people are arguments that the machine cannot be more intelligent than humans by using the argument that humans are created machines, and that's why the machine cannot be more intelligent or smarter than their creators. The case is like can the descendant be more intelligent than their parents. 

Sometimes we are asked, "are we intelligent enough to see the intelligence of other species?". We are living in the "sapiens centric world". That means that we are thinking that there cannot be another intelligent species in the world or even the universe. The SETI program and search for extraterrestrial civilizations is accepted as science. Before that those things were just stories. 

Does the ability to win humans in chess make AI more intelligent than humans?

The thing is that artificial intelligence is winning humans in chess very easily. The new learning machines that can create new tactics and strategies on the chessboard are invincible. Those systems are calculating every each movement of those buttons very effectively. But those systems are also recording tactics that other players are using. That system makes the database by using the game records, and then it can mix those databases for selecting the most effective movements. 

But does that ability make the AI smarter than humans? Are the things like chess the description of intelligence? Or how we are describing the intelligence? The things like making the mathematical or some other formulas or modeling the quantum mechanical rules are sometimes described as "intelligence".

But the people who are working with those kinds of things might not even have a driver's license. That means those people cannot do everything in the world. Even the smartest mind in the world has a limit, is the thing, how we are thinking. Or is there some kind of limit? The theoretical knowledge doesn't necessarily mean. That there is some kind of possibility to make practical solutions to every problem modeled by theorists. And being a good quantum physicist or artificial intelligence researcher doesn't mean that those people are good chess players. 

()https://visionsoftheaiandfuture.blogspot.com/2021/08/are-we-intelligent-enough-to-see.html

The "Clearspace 1" collects junk out from space.

(Image I)"Illustration of Clearspace-1, a planned active debris removal mission". Credit: Clearspace SA "(Image: ScitechDaily)

The planned "Clearspace 1" is one of the first orbital cleaners. It's an AI-driven satellite, that removes space junk. The satellite recognizes the target automatically and then touches it and puts it in the box, which takes the junk back on Earth. That thing allows researching how the components of satellites can resist cosmic radiation. And that kind of data can help to create better materials and solutions for the satellites. 

The UK space agency has been funded that project with £1 million. That means there is a requirement for that kind of artificial intelligence-driven system that collects the junk from orbiters.

The orbital trajectories require cleaning. There are thousands or even millions of pieces of satellites, their parts, rocket stages, and everything else in space. And there is always danger that space junk is hitting the operating satellites. There are also nuclear reactors and other kinds of systems that can cause dangerous situations if they are dropping on Earth.

Those nuclear reactors contain highly enriched plutonium, and that makes them extremely dangerous. The small-size nuclear reactors are delivering electricity for the satellites that are using high-power radars or active sensors. Those reactors need to have a compact size and give very much power. So the nuclear fuel of those reactors needs the same enrichment level as plutonium used in nuclear weapons. 

Clearspace 1 has got its innovation from viruses. The system has multiple manipulator arms. That it uses for touching the satellites. This system can also have laser or microwave systems that can help to crush the satellite to the garbage can. 

Space junk is dangerous for satellites. And there is no endless space in the trajectories. The junk removal system is thin, that collets the satellites which mission is over and which are turning silent. The thing is that the "Clearspace 1" can assist the satellites in situations that their protective core is not opening as it should. And it can fix broken satellites if it has the right manipulators for that mission. So the same system can have many missions. 

Another reason, why space junk wanted to collect is national security. The highly classified parts of the recon and other military satellites are not wanted to get into the outsider's hands. 

Another reason why space operators want to remove space junk. Is that some broken satellites are containing highly classified information. Those satellites are used for recon and other military missions like satellite communication between troops and headquarters. So they are containing data that should not deliver anywhere. 

And that kind of satellite wanted to recover to Earth for investigations. One thing that the search team wants to find out. Are there marks for weapon use against that kind of target? Or is something tried to touch that satellite? Is there is some kind of damages that is causing by some kind of weapons? 

()https://scitechdaily.com/what-goes-up-must-come-down-helping-clean-up-space-junk-with-first-of-its-kind-mission-optimizer/

Image:()https://scitechdaily.com/what-goes-up-must-come-down-helping-clean-up-space-junk-with-first-of-its-kind-mission-optimizer/

The diversify data storages and their benefits

The diversify data storages and their benefits

When small units are forming the large entirety

Quantum computing means much more than the quantum processors. In data storage, quantum data means the bits, the smallest possible unit of data. If we want to store data safely, we must sacrifice comfortable. In this version, we can store our files that way, every single bit is in different hard disks. And if some of those hard disks will be damaged, the number of the lost data would be minimum.

Diversify solutions in computing are very effective and safe. The diversify computing means that every byte of data is stored in a different place, and if some allocation unit of the data storage is damaged, the rest of the data can be safe. And if we are thinking about the thing, what is called quantum computing, we might think that we are storing every single bit of data of the most important files in the own flash-memory around the world, that makes sure that in the case of damage the minimum number of bits is lost.

And if there is some kind of corruption in the files, the user of the computer can send the signal to the system, that it must start to create a new file by collecting those bits to one place. That thing could happen automatically if the program sends a signal to the data storage that there is an error in the code. In this case, the file contains two types of code. The file code, and the control code, what system uses to find out the problems in the file.

Artificial intelligence is an effective tool for securing the files. 

Every time, when the data is stored in the backup space,  every single part of that code is equipped with a tracking cookie. If the backup file is needed the artificial intelligence uses this code for tracking the code, what belongs to the file. And in this type of data storage, the system has multiple control mechanisms like mirror files and the storages, where is the length of the codes, and if some of those are changed, the algorithm starts to collect the new files from the secured sources.

If the size of the code has been changed, that might mean that there is a virus hiding in the file, and that means the code should be destroyed, and replace with a secured code. If those storages are as small as possible the firewall software would have a bigger chance to find out, if there is some kind of harmful code in those bits.

And then the system would start to collect the new file if it sees that the file, what is in the fast-use storage is somehow corrupted. If there is a problem the artificial intelligence can start to make the new file by using those control codes, which have the same mission with TCP/IP, and the storage system uses them to track the file code, which might be stored in multiple servers and hard disks.

So in this case, we must say that the human brains are also using the diversified computing solution. A large number of cells, which are handling quite a small number of data in each cell are making them very effective. The effectiveness means that every cell must not look for a very long time the data, what is stored in those cells, but there is one weakness in this way to handle data. And that is that human brains are a little bit slower than they could.

When human brains decide to work the signal goes across many layers of neurons, and the mission of some of those cells is controlling the signals. They are filtering the actions, which might cause unnecessary harm or danger for the environment.

How ERP learns things?

How ERP learns things?

The ERP (Enterprise Resource Planning) is the modified or expanded spreadsheet, what mission is to automatize things like storage bookkeeping. The way how ERP is interacting with databases is that when something is sold out from the storage or moved to another room, the system makes the automatic markings in the database, and the system can be acted as fully automatized.

If every single particle in a warehouse or building is equipped with an RFID system, the system would locate every single item in the building. That means that the controller would see the position of the video cannons or computers by searching, and if the system would be perfect, it would also see the reservations of that thing. This is one version of the fully automatized ERP-system, and that would be the advanced version of traditional ERP, where computers would make marking to the database whenever some item is sold from storage.

But what the learning ERP can make? If we would use an intelligent ERP-system, that means that if the ERP would allow locating every particle, while they are moving in some building, it can keep a record, where are the problems. If some particles would be destroyed very much, the system can also use cameras to find out where is the thing, what brakes things like insulators or clips. And that thing can cause momentum tools or something like that can impose again, what denies the damages of the parts.

The ERP system can also see if there are problems with physical movements in someplace, and that thing can be told to the managers, and they would see, is there some tight spot in the warehouse, that the material would not fit to go through that point. And that would cause the items, what dimensions, what will across certain value guide to some other route, and that would make working more flexible and effective because there is no need to wait for things in the work points.

The thing that makes the learning ERP-system more effective is that it would make orders when the storages are low. That makes possible to make things effectively and minimize the need to store things. The intelligent system will notice the real level of storage and also things like, how long those deliveries would take. And it minimizes the breaks of the production and the mixing of the storage. That means that the system will make sure that all old parts are used when the new ones are coming to storage.

And the system can also see, what kind of merchandise would be used mostly, and that means that the storages can be sizing for that kind of thing. If some merchandise is used mostly, that kind of stuff must be ordered lots of more than something, which is not used as much. And when the storages are running low, the system can send the ordering letter automatically to the merchandise deliverer. In this case, the artificial intelligence can fill the order form, when there is a need for more merchandise, and that thing makes it possible to make the work of human workers lighter because the system would make routine operations automatically.

Can computers steal your memories?

Can computers steal your memories?

The computer has not own will

In this text, I will use the words "computer wants" and at the beginning, I must say, that the computer itself doesn't want anything. If the computer would kidnap some people, it makes that thing, because the program inside it would translate it's codes that it must trap somebody, and that means that the computer itself doesn't make mistakes.

Every mistake, what computers make are made by programmers. So if the computer would be programmed to require some kind of identification, while a person would go through some gate, it would close everybody who has not that mark outside. Same way if the computer, what is connected to the robot is programmed to take the fingerprint from every person on the street, the robot would follow the orders and make that thing. Robots ever apply for orders, what they get.

They do exactly, what the programmer would do, without caring about the things like how much trouble the order would cause. And this thing makes computers very effective for things as military actions. In that world, the actor must do exactly what superior would say, and they must not apply anything. But if the opponent would break the algorithm, it can predict every movement, what the opponent will do.

This makes difficult to make programs for autonomous drones

And this is the thing, that makes the creation of the autonomous drone very difficult. When the opponent would learn, how the drone moves, when it's under attack, shooting down of that thing would be quite easy if the opponent would know, what direction the drone would turn.  Have you seen the movie "Tron"? In that movie, the hero would be trapped in the computer memory. But could that thing be possible in real life? Could computer copy our mind or thoughts in its memory, and turn them to part of it? And why it would make that thing?

The thing is that if the high-power radio wave would travel through the human brains, it would start to oscillate with the same amplitude with the electricity of the nervous system if the frequency of the radio wave is the same with the electricity, what travels in the nervous system, and that electromagnetic radiation can be detected by using normal radio receiver. The system can also use highly targeted radio ray, what can go through the pineal gland, and that thing can be used to record the electric phenomenon of the pineal gland. This organ has been connected with abstract thinking and imagination.

What if computers steal our imagination and ability for abstract thinking?

So the computer steals our imagination. And this is why computers would do that thing, and record the electric phenomenon of the nervous system. They need our productivity. The human being is the only organism on our planet, which has the ability to abstract thinking. And productive thinking is the ability to transform the abstraction to the image on the paper, or ability to create the plans and construction orders from the mind. And this is the thing, why computers would need humans.

Even the most intelligent and advanced artificial intelligence is hopeless if it cannot produce new things. And the thing is that artificial intelligence cannot create anything new. Computers are playing chess better than most of the people, but do you know, why chess is used in the tests of artificial intelligence? In the real world, chess has quite a limited gaming area and strict rules. This makes the programming the chess program quite easy if we want to compare that process with the process, where the computer must drive the car in traffic.

Why computer is better chess-player than we are?

The thing that makes artificial intelligence so effective chess-player in the world is the capacity to calculate things very sharply. It can calculate tens or even millions of ways to move the buttons on the chessboard, and it can make gaming models by using those calculations. In this case, the actions of artificial intelligence base the idea, that there are multiple models of the game stored in the memory of the computer, and it would select the best, what is possible in that case.

Why a computer cannot operate that way in everyday life. While the car is driving in traffic, in that environment it is strict and clear orders, but there are many things, which are called "surprising variables". So if we are programming the computer to follow traffic lights we must remember, that some people might have a red or green skirt, and that's why the system is extremely hard to program. And traffic is a really good example of the environment, where the reality is away from stimulations, models, and theories.

But if we would want that robot would make the same things, what we are doing in everyday life, that kind of thing would be too hard to make, because for that thing is needed so many models, that we cannot create them all, and how many programmers would even know them all? What kind of things would a person do, while going to shop? When we would think the case, that computers would want to make some kind of designs, that thing would turn really difficult.

What if computers could benefit the brain waves during the creation process?

So what if we want to make a computer or artificial intelligence, what designs the building, we must understand that the reason, why architects are hired is the please the customer. So how a computer can please its customer? The answer is simple, the brainwaves are telling, does something please the person, who is sitting in the front of the screen, and then the computer can start the creative process.

That process is based on the methodology, where the computer would use simple forms like triangle, square and circle at the beginning of the process. And then the computer would put more and more details in the image. During that process, the system would follow the EEG of the customer, and then it can select the forms and things, that would please the customer. In that case, the chair would have the radio-transmitter behind the head of the person, and the radio receiver would observe the changes of the EEG, what would be moved to that system.

Of course, the system would need data about the formulas and other rules for buildings of that area, but the solution might satisfy every customer on Earth because the EEG would uncover if we like or dislike something. But this kind of thing is the vision of tomorrow. And maybe someday the artificial intelligence would create buildings and act in development missions.

Image:

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The artificial intelligence in service of society

The artificial intelligence in service of society

When we are talking and writing about artificial intelligence, we see only risks and hazards like bombs, and we don't see the great opportunities, what that kind of thing can offer. The thing is that artificial intelligence can alert the personnel if there are some people, who have problems with moving, or they have the signs of handicapped, and that would be told that the person needs special attention.

The second thing what artificial intelligence can do with the society is collecting data from the traffic, and then the computers, what are controlling the traffic flow can turn the cars to the routes, where is no rush when the inner flow of the traffic would close the route. This kind of solution can disassemble the rush and make traffic more flowing and faster, which will decrease pollution.

That means that the system would meter the time, what the driving to some point would take, and when the time of the drive would across some limit, the system would turn the traffic to another route. The data what system must take is the waste of fuel of each car model, and then the waste of fuel with a certain speed, and when the system calculates that the waste of fuel, while the car is standing or driving with slow speed would across the certain point, the traffic control would send the message to those car models and tell that it would be cheaper to turn some other road.

And when we are thinking the collection of the data, the system might ask, is the person going to a certain city, or if a person wants the targeted information the data of destiny can be given to the system and the computers can calculate the ideal route for that trip. When we are thinking about traffic, we are facing a situation, that what we are afraid of. If the data, what is given to the system is sharp the system can create sharp solutions, and this is problematic for humans.

We are afraid to share the personal data with the network, but we can talk about our holidays and other things freely in the places like cafeteria or pub, and we don't even know who is listening. But when we are sharing data to the officials, we are afraid that some policeman knows, where we are. When we are thinking about computers, they are best in handling the big data flow.

And the traffic is a very good place to test artificial intelligence, which uses active screens and existing technology, like mobile telephones and digital car radios. The entire system would be only the algorithm, which collects data and uses it to interactive communication between participants. This means that the system can serve people rally effectively if it has the necessary information.

The thoughts about anonymity and gaming.

The thoughts about anonymity and gaming.

Anonymity is one of the signs of free information, but it is also like a red rag to somebody to start trolling on the Internet. This phenomenon raised in the publicity when that thing was done in some gaming happenings. And that kind of thing is really sad because the gaming houses need new gamers for their products, and the idea of the modern gaming business is that the games can be played on the Internet.

The idea is that gamers would play games while using the Internet, and they are paying the right to play the game, and this idea is taken from Microsoft, which offers the Office 360 package, which is allowed to use one year per one payment over the Internet. That is the model of the business of the modern software industry. But there is another way to get financial support for the product and that thing is getting investors from somewhere else. And that means that those games can be offered as shareware products.

So what that thing can mean? How computer games benefit other industries.

When we are thinking about the simulations,  they can be used to select persons, who are capable to operate as the high-level of business. The thing is that this kind of so-called non-violent simulations can collect data of people, who are playing those games,  and they can see have those people the ability and skills to select the right place for their business. And they can also see, what kind of abilities a person has in the field of business.

The games that are played online can be used to teach artificial intelligence to make new tactics for police and military operators. This means that the computers can learn from the actions, what the gamers are doing. And this means that computer games can increase the accuracy of military operators.

The thing is that the methods, how artificial intelligence is choosing the military personnel in operations, and the business elite in their jobs are similar. The collected data is different, but the method of how artificial intelligence is collecting the data and making the matrix is similar in both cases.

And the principle is the use of matrix is similar to the use of the electronic keys. The thing is that artificial intelligence is comparing two databases. One is the matrix and the second one is the database, which is collected from the actions that the players are doing, and when there are enough similarities, that thing can be reported to the surveillance team.

One of the most interesting ways to think about those computer games is that they can select people for the actions in the field of civil and military. That means that the people, who have accomplished their missions would be used to collect the matrix, which can be used to compare when the new candidates are selected. The matrix is collected from the actions, what the person, who has the best accomplishment rate has made during the simulation.

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The advanced measurement methods are causing grey hair to the scientists

The advanced measurement methods are causing grey hair to the scientists

In the world of science is forgotten one of the most interesting things, what we face always in real life. That thing is artificial intelligence, which can be used for handling multiple points in the calculations and observations. The thing is that artificial intelligence can handle billions of variables, and that thing causes conflicts with classical formulas in many areas.

Many of the classic formulas of classic mechanics like Kepler's point have been calculated by using two or three points, and modern computer technology can notice billions of points, and it can also mean that the smallest effective forces can be noticed. This thing means that we must confess, that even the farthest objects affect the particles, which are moving in some trajectories. We cannot meter that effect while the stress to the particle takes about two weeks or even months.

But when the effect continues even thousands of years they can cause the effect, what has mean. And when we are thinking about things like spaceflights, we must remember, that there are many other forces than just gravity, what effects to the trajectory. One thing is the solar wind, which will warm the spacecraft. That thing causes that the small particles are flying away from the craft, and the recoil force would turn it away from the course. That thing affects if the craft is flying tens of years.

Every particle affects other particles in the Universe

Also, the RTG generators, what is used in the space probes would cause that the radioactive particles will push the craft to the trajectory, which is not predicted. That thing can cause minimum errors in the trajectory, what can be measured. In the universe, every particle is in interaction with other particles and that thing causes errors in the calculations. Those errors have no mean in normal life.

But they can be measured. And when we are thinking about the minimum errors in the trajectory of particles like comets, that kind of thing can cause the false alarms of the new planets. The thing is that if the frozen nitrogen is in some part of the asteroid, and there would be the pocket of helium, the radiation can cause the jettison, which would turn the movement of the particle.

The thing is that the old-time scientists were not wrong. That means that the advanced measurement methods have caused the calculations to have turned sharper. The modern supercomputers can also use float decimal numbers, which contains even millions of numbers. That causes the systems to have more accuracy than any scientists in the world.

No human can handle numbers where are thousands of decimals. Or they cannot handle the gravity force of thousands of background stars, what is affecting the particles in every solar system. And that thing is causing the revolution in the world of science.  Computers can connect also the extreme weak variables to the calculations, and that makes them the ultimate tool for research and scientific work.

What if we can connect Poincaré conjecture and fractal formulas?

The fractal theory

What if we can connect Poincaré conjecture and fractal formulas?

The Poincaré conjecture

The idea of the Poincaré conjecture is that every form in the universe can be calculated by using mathematical formulas. In this kind of thing, the most interesting problem has been proven the thing, that this kind of formula is possible to create. The Poincaré conjecture is one of the most brilliant things in the world. But it has one little weakness, and it is that it can calculate only solid forms. So we can connect the fractal formula (2) to the Poincaré conjecture, and that allows us to create the animated presentation of the forming of the form.

This kind of calculation can be used to calculate very complicated forms and structures, which can be used in advanced machinery. By using the Poincaré conjecture the CAD program can automatize the forming of the very complicated things in the machines, and that thing opens new ways to operate by using artificial intelligence. The thing is that artificial intelligence can connect the infrared images of the machines, what are in use to the calculation software.

Poincaré conjecture can use to calculate the advancing groups of humans or bugs if it is connected to the fractal program.

And the infrared images can uncover the points, where the stress of the machine is the highest, and this thing means that the use of certain raw materials like wolfram can limit in those parts of the machine.

 when the parts must make to stand the extreme airflow or what must have a certain form, the CAD can use the Poincaré conjecture to calculate the smallest details to the tings like stealth aircraft turbine shields. But when the Poincaré conjecture is connected to the fractal program that thing can calculate the forms of the groups of humans. That kind of computer program can calculate the changing of the form of riots and that can benefit also the police force.

What if we would create the combination of the Poincaré conjecture and fractal geometry. If we can connect those formulas, we can calculate also living forms in the universe. This theory is the thing, which means that the forming of every form in the universe could have a mathematical presentation and the thing, what is needed in there is the form, what forming we can follow and where we can compare the mathematical formulas. One of the things is that the formulas of the fractals are the forms, what is repeating again and again.

So if the scientists could create the form, what is looking like some galaxy by using the fractal mathematical formulas, they can create the formula, what would predict the forming of the galaxy, and the thing is that this kind of formulas is really interesting tools. The idea of the fractal formulas is that they could use to calculate the forming of almost every chemical combination in the world.

The fractal formulas are a really interesting thing because they can calculate the forming of crystals and other things. And this kind of things is really good tools in the theoretical research of the forms and mathematics. And they can be a really good thing, what we can use for calculating every form in the universe. The difference between fractals and Poincaré conjecture is that the fractals are calculating the chancing or living from. But it can be connected to Poincaré conjecture when it would calculate the form of the humans or bugs.

(1)
https://en.wikipedia.org/wiki/Poincar%C3%A9_conjecture

(2)
https://en.wikipedia.org/wiki/Fractal

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"Sophia" the most intelligent robot in the world

"Sophia" the most intelligent robot in the world

"Sophia" is one of the most intelligent robots in the world, and there are rumors, that this kind of robot is designed to use as the "body doubles" by the intelligence services and police organizations. The thing is that the rumors tell that "Sophia" is introduced to the great audience just because the people are told that this kind of robot has existed. 

Creating artificial intelligence for "Sophia" is easier than creating the same thing for the flying drones. Human-looking robots would communicate with central computers by using the normal 4G and 5G networks, and that means that creating that kind of communication system is not very difficult. Even the robot would have only the normal modem for communication, the system would benefit the mobile telephones for the data transmission. 

That means that the human-looking robot can use the network-support station mode of the mobile telephone and carry the normal mobile telephone in the pocket. And that allows the robot can communicate with supercomputers by using every-day mobile technology. The thing is that the robot itself might have advanced programming, and it can notice the traffic marks, traffic lights, and other things. Cameras, Lidar and sonar systems allow it to walk independently, and it can have internal GPS for locating. But this robot would use also the mobile telephones maps and GPS for navigating on the streets. This thing would make this kind of robot very independent. 

But why cyborgs have glasses in the movies and cyborg art?

The purpose of the glasses would be that the artist must not paint eyes for cyborgs. But if we want to create a little bit longer writing, we should create some other explanation for those glasses. Maybe they are HUD-systems, which will show the QR-codes for that robot, that it can select the right channel for getting orders. 

The camera would register the QR code, and then the robot would select the contact from the WhatsApp. Then the contact would send the orders to the robot by using data transmission. But it can also use a normal telephone call, and in this case, it would send the data transmission as the form of sound. That means it would use the sound modem in the emergency.

So the robot of tomorrow would look like very independent. But it would need support from the supercomputers. And those systems can benefit mobile technology and VR-glasses for getting freedom and independence. 

By benefiting the high-speed data networks even the small-sized robots can operate almost independently. They would get support from the high-speed calculation centers, which means that they need less calculating power. The small size computers like "Rasberry" are effective tools for the brains of the robots. And in the future, robots might have multiple calculating units all around its body. That makes sure, that robot would operate, even if one of those computers is damaged. 

This is the benefit of network-based solutions, where are two layers of networks. The esoteric network, but also in the body of the robot is the network of multiple processors. The truth is that nobody knows, what are the future of robots and artificial intelligence. Those tools are dangerous in the wrong hands, and that means that the creators and researchers of robots must feel their responsibility. 

https://www.youtube.com/watch?v=uoXAPSdXiZg

The 4G and 5G network co-operation with aerial vehicles

The 4G and 5G network co-operation with aerial vehicles

The ground-based data networks are not always suitable to cooperate with aerial vehicles. The problem with compatible is causing, because of the land-based data networks need different kind of roaming protocol than land-based communication equipment. The roaming means the ability to change the relay station automatically, and the system works that the network is locating the mobile device, and when the other support station turns to dominant, the station would be changed.

And the aerial vehicle has problems that the roaming must happen faster than with the ground vehicles, and the direction or angle of the vehicle is different. The normal data network is created for supporting the ground-based system, and the aerial vehicles can be in the shadow if they are flying over some areas.

The supporting- or relay stations of the network are normally in the places, where is straight visibility to the ground. But to the air is limits. If the station is below the eaves, the metal structure can cover the drone, which flies in the line where is a metal structure in the straight line between the support station and drone. When we are thinking about the possibility to control drones from another side of Earth by using civilian internet that is possible.

But in this case, the drone must equip with the program, which allows it to look for the signals independently if the network signal is gone. Or the drones can work in pairs or groups, where one drone is always keeping contact with the network, and then that drone would deliver the control signals from the internet to other drones.

There are many problems with that kind of thing. But if the quadcopters would be equipped with TERCOM and DSMAC-type systems, they could operate independently in the city areas. In this case, the aircraft or satellite can create the 3D-map image and the drones can use Lidars or other types of systems to observe the area.

Drone swarms and intelligent inertial systems

Some of those drones might be equipped with gyroscopes or inertial navigation systems. That system would record the track, and then it would fly back to the position, where it had last time the control signal. when we are thinking about the intelligent inertial system, the system needs only the gyroscope. And the other data that the system needs would get from propellers.

The system simply calculates how many times the propellers have been rotated during the time unit, and then the system would just fly back the movements, what it has taken. And then the computer just rotates the propellers as many times as it has been rotated during that distance.

So there is not necessarily needed the acceleration sensors at all. The acceleration sensor would be ineffective if it is used in the low-speed flight. But if we are using a laser-based system, what meters the range to the walls and other barriers, that kind of system can calculate the acceleration very effectively even in the low-speed flying.

Lidar is a very good tool for that purpose because it can use as the altimeter. But also normal, small size radar or sonar, what is similar, what is used in the mobile telephones for focusing cameras can be used for that thing. That system can also scan the ground and buildings.

Multiple sensors guarantee the success of the mission, but every drone must not have the same kind of sensor pack. And artificial intelligence makes those swarms very flexible.

The CCD-cameras can look at the environment by using the normal, and infrared frequencies. And those drones can also connect their computers to one bigger entirety, which makes it possible to connect their capacities to run those programs. The drones can also communicate with the satellite by using the GPS and satellite communication sets.

The thing is that only one drone must have the satellite communication set with a high-speed modem. That is so-called "master drone", what would deliver missions to the other and simpler drones. The thing is that the master drones would observe simpler drones, and if some of those "slave drones" would be lost contact, the master sends the relay drone to see, what is happening.

So, in this case, the drone swarm might have many types of members. Only a couple of members have all systems, and the others, what is operating in the "danger zone", where they can be damaged might be simpler. And those simpler drones might be located by using RFID-based triangular metering systems. That helps to keep the price of those systems lower.

How robots are recognized items?

How robots are recognized items?

When the robot is doing something, it must recognize a thing, what it handles, or it is useless. That means that a robot must have sensors, what it uses for recognizing the things, and those sensors can be everything. The simplest way to recognize items is just put every each bite an RFID (Radio-Frequency Identification) -sensor, which tells the robot what it is, and then robot just put the bite to the right basket.

This is enough if the bite should just move to one basket to another. Also, baskets can be equipped with RFID-sensors, which helps robots choose the right basket if there are multiple types of items to share in different baskets. Those things are effective, but the use of a robot is very limited and mechanic. But if there is a sensor under the table the robot hand can also pick up the item from the floor by using a very simple method.

The radio transmitters would just use triangle-metering for locating the dropped item, and the robot hand can pick it from floors. This idea is created for handling the radioactive material. The system looks at the sources of radioactive material by using the Geiger-meter, and that target can also find by using triangle metering. Then the robot cleaner can take dropped bites of radioactive material from the floors. This is one way to think about robotics.

But the thing is that if we want that robot is operating in the natural environment or on planet Mars and it should look for life, it must have a different kind of systems, what makes possible to look for fossils and other things automatically. That kind of system is needed, because, when Mars-rover would travel on that planet, it must react immediately, if it sees something, what might interest the researchers.

Artificial intelligence makes everything easier

Mars-rover must react independently if it sees something like green or something, what looks like layered stones, what might be at the waterfront. This means that the system must stop the run, and send the data to the Earth and the human operator would make a decision if the system would need to take samples or continue its journey. For that kind of mission, the system needs Lidars and cameras, which are delivering data from the object.

Those systems are modified versions of the DSMAC (Digital Scene-Mapping Area Correlation) systems, which are meant for targeting cruise missiles in their targets. In this system, which is used for searching fossils from Mars is a similar action procedure with the DSMAC systems. In the memory of artificial intelligence is stored in the images of the fossils, which is found on Earth.

And places where those fossils are also stored in the memory of those probes, and then they will compare those images with images, what are delivered by the sensors of the probes. If some images have similarities, the system would take a microscope and other images from that point, and send them to Earth for closer analyses. The artificial intelligence can make those missions easier to control.

Possibility to find primitive lifeforms on our solar system

Possibility to find primitive lifeforms on our solar system

When we are researching the possibility to find alien life, we often forget to describe, what kind of alien life we are looking for? Are we looking for intelligent alien life or primitive alien creatures like bacteria or some kind of amoebas? If we are looking for the last ones, we must realize, that those creatures might live even in our solar system, and one of the most promising place to find those alien creatures might be the Europa-moon of Jupiter. There is a possibility to find the creatures, what are similar to organisms, what is found near "black smokers" or underwater geysers.

That kind of life forms could be very often, and some of them would not have internal mitochondria, and that means that they would need an external heat source for maintaining their life. Those creatures would not move far from the volcanic eruption holes. And if those creatures would go too cold their metabolism would be stopped, and that thing makes them hard to notice.

This kind of things means that only when we can send very sophisticated laboratory to some of the Jupiter moons, and then the submarine, what the lander would deliver on the surface of Europa to the under-ice mission would send the ample of bottom mud to that laboratory we would get an answer, what kind lifeforms there could be. The thing is that the ice core of the Europa is very unstable, and that's why the laboratory must build on some other moons like Ganymede or Callisto.

Europa and Io are very active moons, that earthquakes and volcanoes can risk the mission. Callisto is the geologically stable moon, which would offer a good place for surface laboratories. Those laboratories would send to those moons by using unmanned spacecraft, and the robots that are using artificial intelligence would build the structures. Before astronauts can send to those moons, the system must confirm, that is there some lifeforms on those moons, and is that lifeform dangerous.

There is a possibility that also Callisto has some kind of lifeforms in the holes of ice. Those creatures might look like some kind of alga or Diatoms, but the thing is that before this kind of thing is confirmed, we cannot be sure that the mission would be so safe as possible. The problem with those explorations is that they could take many years. And if some astronaut would pollute by the alien lifeform, that could be risk also on Earth.                                                                                                   

How artificial intelligence improve security?

How artificial intelligence improve security?

Artificial intelligence as the decision-maker does have no difference with a human in one detail. It needs also complete and neutral information about a thing, what the decision touches. And this is the problem with that kind of system. If somebody would be allowed to input false data to the system, where the artificial intelligence would get the data, what it uses for decisions, that means that the decision would be wrong. This is one thing, that artificial intelligence can notice, and it would see if somebody would connect unauthorized things in the network.

The idea is that the camera is connected to that system can also equip the data, what it sends with the registration code, what might be the prime number or the part of the approximation of pi. In the last case, the control number can change after a certain time unit, which makes breaking the system very difficult. This kind of tricks denies connecting things like records in the system, and that kind of method can also confirm the computers, which are used for sending data to the system. But what about the case, that somebody must have access to a certain room, to access some type of data? How to control the entrance?

The system can compare the usage of the electronic key, and if everybody must use the key in the door, it sees if there are extra persons. And if somebody wants to lend other people the electronic key, the artificial intelligence can notice that thing by using electronic face recognition, but it can also see if there are extra fingerprints in those keys.

This kind of system is hybrid, there is connected the electronic key with biometric recognition, but the system scans the fingerprint from the surface of the key. The idea of the hybrid system is that if there is connected multiple sensors like face recognition, fingerprint and electronic key with a retina scanner, it would be hard to pass. That high level of security is needed in the areas where is highly radioactive material. And the person, who goes in the secured area could also give own fingerprint. That would make things secure.

Or those systems can detect also if there are no fingerprints at all, which means that somebody would touch the key by using gloves all the time. This kind of system doesn't need to see faces, they can use the fingerprints to see things, what people normally don't see. And the second thing is that those electronic keys can have a system, that will detect if they are tried to be scanned by using unauthorized devices.

The idea is that the tiny microchip in the RFID system will record the code, what the mobile telephone uses when it will read those keys. So when the mobile telephone sends the NFC-signal to the electronic key, the RFID saves that code, and then it can dismantle to the control computer when the person uses the door. And that will tell the system, that somebody has tried to copy the key. This kind of thing would make the systems safe.

Artificial intelligence as the tool of education.

Artificial intelligence as the tool of education.

MOOC (Massive Open Online Courses) and that thing is one version of open educational platforms. And those open educational platforms are allowing many changes and opportunities for the university for electing students, which can learn things like JAVA and other programming skills. Those courses are giving a high motive for trying the best because the best participants can take it to the student. But the open learning platforms are really interesting tools for many other things, and that allows corporations to test the skills of promising candidates, and there could be multiple ways to benefit those virtual platforms.

They can be used as a platform for multiple operations like innovation, control team and other cases, and the virtual environments are giving a chance to share online documents and connect the images of WEB-cameras to that meeting. And those virtual meetings would be a very important tool for controlling projects all around the world. In that environment, the system would also show every needed detail about projects and other things.

The thing is that the form of the educational and learning environment can be everything. It can look like a game, it can look like a programming tool or even the writing tool. Those games would meter skills of the making business, skills of making things and handle entireties. Those artificial-intelligence controlled systems can notice about the linguistic, tactical or technical skills when the person plays some computer games.

But when we are thinking about the possibilities, what artificial intelligence can give to educational systems, it can answer to FAQ:s for the human, and the thing acts like there is a database, where the human operator would write the answers to the questions. And that thing would record all answers, and then there would be a very big database about the questions, and answers, what has been introduced in the network.

The thing is that when the machine would be taught, there would be the ticket, what the question maker must fill. Then the human operator would answer that question, and then the asker will tell was the answer successful or not? That answer would be easy to give, and only the cross to the square would be enough.

Then the person, who would program the machine would make the keywords for that ticket. And then the machine would save it to the database. Or if the person uses remote use of computers for solving the problem, the clicks would be recorded, and the artificial intelligence would use that thing to other similar cases. That is called machine learning.

But artificial intelligence would help people to get the best possible education. Artificial intelligence can understand spoken language, and it uses for that similar application, what turns speech to text. And it can also use virtual characters on the screens, what mission is to confess people that they are talking with a real person. It can detect the changes of voice, and that tells if a person has some kind of problem.

If the image portraits a person, who is claimed to be violent or attacked against some member of the group, there should be happen something in the voice of the person. So this kind of tool might be effective lie detectors.  The system can search does one student needs more attention than others, and it can also control, are teachers answer the questions, and are they giving attention to every student coequally. The artificial intelligence would notice, how long would some teachers spend in the workplace of each student, or is some student without a group? Or is there somebody, who is always without attention?

When there is a question, what student makes, the first, what tries to answer is artificial intelligence. And if a person would not solve the problem, that would call the human teacher to place. But artificial intelligence can also notice if a student would not get a problem solved, and that person would not ask help. Cheating is a bad thing if it happens in the education process and artificial intelligence can detect those things right away.