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/

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/

How are the algorithms advancing?

How are the algorithms advancing?

The thing that limits the power of the algorithms is the infrastructure. If we want to make artificial intelligence that operates in large areas. That thing requires powerful hardware. If we want to make a robot car that can operate in so-called natural environmental infrastructure. That requires more complicated artificial intelligence algorithms than people even believe. 

If we want to put a man-shaped robot to sit in that robot car and put it to go shopping for us, that requires even more complicated and heavy algorithms than the car, which operates in the highway environment where are strict orders and everybody follows them. When a robot walks on the streets it requires so-called fuzzy logic because there is the possibility that it faces the person who is not following orders. 

If somebody will not care for the robot or tries to the robot. That machine is needed to make the protocol. The robot can meet things like children, who would not notice it. And for those cases, the robot requires algorithms, what to do. 

The special cases or special situations are the most complicated for programmers. Maybe any person would not face the robberies in their lifetime, but what the robot must do if it faces a violent situation? It can send the image and data to police but should the robot act against violent people? And what kind of force it has the right to use? 

In the case of robot cars, there is the possible use of traffic laws as the basis for the algorithm. Or in the limited areas operating robots is possible to create the protocols for most of the cases. 

There is the possibility to link a large number of computers and sensors to a large entirety. In that network, the static and moving systems are connected to the neural network. 

Sensing entirety is an interconnecting network of robots with cameras and other static systems. In that network, all members of it are cooperating and share the data. And that makes its entirety flexible. 

That means that vehicles can cooperate and they can get data from the traffic control cameras and computers. If all robot vehicles and robots are equipped with RFID-system. The radar can locate every each of them. And the data can connect to the entirety. This makes the system more flexible and powerful than ever before. 

Virtual quantum computers are the potential systems while waiting for real commercial quantum computers. 

Outsourcing computing is one of the answers to the problems of computer power. And virtual quantum computers are making regular binary computers faster and more powerful than ever before. In that case, the program is cut into pieces. And those pieces send to the data handling units. Because in virtual quantum computers, all systems are handling a small piece of entirety separately. That thing makes the work of the processors lighter. 

Same way acts the virtualized quantum computer. The system shares the work between many central processor units. 

When the entirety is shared between multiple processors. That makes them work lighter. Because every each of the processors is handling shorter code lines. That means the work is done faster than in the case. That the system would run the entire code through one processor. 

Sharing data between multiple processors are making the work easier and lighter for each processor

The model of virtual quantum computers.

Image 2. The model of virtual quantum computers.

1) Routing unit

2) Data-handling units

Arrows are the data flow in the computer

The routing computers share data from calculation units to other calculation units by using TCP/IP protocol. The system would share the data from the row-moving data segments to linear data segments. The would connect the code to the ends of the data frames and then the data is sending to the calculation units in segments. The calculation units are the regular binary computers. And the ability to share the data entirety with many computers at the same time will increase their power. 

The idea is similar to in the classroom the teacher orders students to copy the text. If all students are copying the entire text that thing would take a long time. But if there are 27 pages in the text. And every each of the student groups of 27 students is copying one page that process takes a shorter time. In that case, every student must copy only one page of the text. So sharing the work is making it lighter. 

Same way acts the virtualized quantum computer. The system shares the work between many central processor units. 

When the entirety is shared between multiple processors. That makes them work lighter. Because every each of the processors is handling shorter code lines. That means the work is done faster than in the case. That the system would run the entire code through one processor. 

And that makes the system faster and more effective than regular systems are. 

This thing can be a useful tool while waiting for real quantum computers. The thing is that the virtualized quantum computers are less sensitive to things like cosmic radiation. They are regular computers that are linked together in extraordinary ways. 

The internet makes it possible to link even quantum computers with robots. And that thing makes them more intelligent and more independent than ever before. The fact is that nobody even knows the power of modern computer systems. And even the regular binary computers can be faster than we expect. 

()https://scitechdaily.com/computer-science-how-quickly-do-algorithms-improve/

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

The new satellite swarms can get a collective mind.

The drone-swarms on the skies

The modern satellites are acting like drone swarms. They are sharing data of the weather and things like the level of cosmic radiation that the control system can switch the system to protected mode. But using multiple different types of satellites as the "drone swarms" is possible to connect data from the different satellites. 

That thing allows making the real-time weather map from the entire Earth. But that technology where satellites are acting as an entirety can connect data from the geological, oceanology, and weather satellites to one entirety. 

But that kind of system can make much more things. They can connect military- and civil satellites to one entirety, that works together. It can connect the radar and optical satellites.  Which makes it possible to make new types of topographic maps. The benefit of the swarms of satellites is similar to drone swarms. They can operate larger areas as an entirety. So that thing allows making a large group of small-size satellites which might have only one sensor. And the swarm technology connects those satellites acting as one big multisensor satellite.

The use of satellites as an entirety is useful to give a warning if some of the satellites are under attack. That's why that technology interests also military operators. The higher flying infrared satellites can observe lower orbiting recon satellites. 

And if those satellites face attacks of ASAT weapons. That thing is noticed immediately. In that case, the system can launch counter-ASAT weapons against incoming missiles. The anti-ASAT weapon can be the satellite-based missile system that shoots the counter projectile against the incoming missiles. The same system is similar to the Israeli "Trophy-system" can also use against the other satellites. Also, the counter-attack satellites can drop conventional bombs from the orbiter. 

The FOBS (Fractional  Orbital Bombardment System) was originally mean nuclear weapon that was positioned to the orbiter. But nowadays that term means satellites that can carry conventional weapons that have gound-attack options. They can drop the quadcopters from the orbiter to the operational area. Those systems can control through satellites and they can be the next-generation versions of the killer drones. 

The quadcopters need only the heat shield that they can travel through the atmosphere. And those copters can have pistol- or rifle-caliber weapons or they can carry high-explosive materials. That means those systems are bringing a new type of threat like the capacity to attack against individual people from the orbiter. The AI-controlled drones can drop from space or they can launch to the area by using missiles. The carrier platform is free. 

And the quadcopters can position themselves above the nuclear missile silos. If the hatches are open the helicopter can drop a grenade in the silo or harm the aerodynamic cover of the missile. The model for this action is taken from parasitoid wasps. They are shooting their egg to the frontal lobe of the victim. In that case, the quadcopter shoots the high-explosive grenade in the missile silo, just when the hatches are opening. 

Or high-flying drone helicopters can just stand in the track of the missile. Hit that kind of target can cause vital damage to the missile if it happens with a speed that is higher than the speed of sound. So the drone swarms can deliver over the missile bases. 

Also, the swarm of recon satellites that are using radars, high-resolution cameras, and the ELINT systems can find interesting targets very accurately. When the electronic surveillance satellites are finding the interesting radio source. The optical recon satellites are aiming their cameras at the target. Then the system can just start an attack if it is authorized to make that thing. 

()https://scitechdaily.com/nasa-engineers-work-to-give-satellite-swarms-a-hive-mind/

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

The purpose of the life of every single ant is to serve the entirety.

The ants and their way to work as a group are some of the most fascinating things in nature. The ants are acting as models of the nanomachines. And the behavior of those social bugs is causing a misunderstanding the queen dominates the population. 

The role of the queen is centric, but it's not one-way. Also, the workers are important and if the queen cannot fill its role, the workers would not feed it anymore. The interaction between queens and workers means that the ants are like superorganisms. 

That organism would consist of individuals but every individual is acting for the population.  The entirety is more important than a single individual and that thing means that also queens have duty work to do for the group. The reason why ants are interesting is simple. One individual ant is quite harmless. But if half a million ants are coming to place, that thing can make an impression and affect the biggest animals. 

But the interaction between workers and queens is not one way. Every single ant in the group. including queen is serving the entirety. Every single ant in the population has a certain role, and the role of the queen is to make more members of the society. When the queen doesn't make eggs anymore. That causes that the workers would not feed them anymore, which causes death. So also the queen has the role of serving the entirety. There are always many queens in the nest. That thing guarantees that the population would continue its existence. 

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The robot society works like ants. 

The "Von Neumann"-robots or self-replicating machines can make the base ready for the crew before the manned flights are landing on the other planets. In "Von Neumann" robot society are the robot factories and the worker robots. The model for that thing is taken from the ants. 

Ants are given the model for the robot population which can make new robots automatically. That kind of robot group can be called the population of "Von Neumann machines". In that model, the group of AI-controlled robots is acting like ants. The entirety would consist of the factory robots which role is the same as the queens have in the population of ants. 

And the worker robots that are taking raw materials like minerals to those factories. The mission of those robot factories is to make more worker robots. And the same systems can use to make the parts of the new robot factories. These kinds of robots or robot groups can operate in space, on the planets, or under the surface of planets. 

The model of those robots is taken from the ants. And Those kinds of systems might be the things that are making the first bases on the other planets. The idea is that the Mars base is ready to use when the first astronauts are coming. So before the crew is landing the robots are making the structures ready for the crew. 

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