The tools are determining the abilities of artificial intelligence.

Artificial intelligence is working as the key element in the new type of so-called intelligent technology. When we are creating artificial intelligence, we are forgetting what we have in our hands. Sometimes the artificial intelligence has been criticized. That the development of those solutions like learning controlling systems is controlled from the basement, not from the top. 

When a large group of individuals with individual ideas is taking part in the development process, that thing gives very much material and potential to the process. The thing is that artificial intelligence is one of the most influential systems in the world, and the thing that limits the abilities of artificial intelligence is the tools, that the system uses. Without a physical body, artificial intelligence cannot be dangerous. 

In modern ideology, artificial intelligence can be the matrix. The matrix is the thing that controls the machines as an entirety. When the robots are connected with artificial intelligence, they are delivering the data, what kind of tools they have. And that are the working areas of those systems. And then the artificial intelligence is giving works to those robots. 

The thing that makes this thing is artificial intelligence. Is that the system can search automatically the things that the robot can do. When the robot tells the controlling AI that it's the "unit XY678" the AI is looking from the database, what the "Unit XY678" can do.  If the artificial intelligence is not finding the answer from its databases. It can start to search that answer from the larger area. 

The limit for that area is the access to the systems. And finally, if the creator of the system allows it. The AI takes contact with the producer and asks what type of jobs the robot has been made for, but if the producer is not answering or it's not existed anymore the system can have one chance. It can send the query to other artificial intelligence do they have similar robots, and where that robot is successful. But there is the possibility that the protocol prohibits to tell the use of that certain robot. 

And for final hope, The AI is using the surveillance cameras for searching where the "Unit XY678" or similar robots are in use.  And then the artificial intelligence can search the jobs of that robot. In the first step it can use the image recognition tool for searching similar robots, and then observe the robot and search what kind of tools it uses. 

The thing is that artificial intelligence access to the systems limits its way to find out things. The thing that makes this process difficult is that the operations that the AI makes must be stored in the program code. Those program codes are stored every possibility, what the programmers have brought their mind. But the computer must find actions or instructions to those operations in the program code. The problem is that large-scale operations require complicated code. 

There is the possibility that the small error is slipping in the millions of code lines.  If they are not included in the code, the system must ask for help or it can tell that error for the system supervisors. Then they tell the need for changing the code to the human operators, who are making the changes to the body of the code.

Image:()https://www.dailystar.co.uk/news/latest-news/scientists-merge-ai-human-brains-22536159

Kafka and data handling processes. (Grey persons in grey offices)

The offices are always grey. Everybody who is working there is grey, and their mission is to control the data. 

When we are staring at the film "Kafkaesque" above this text, we might realize that data handling is similar to bureaucracy. God is the thing that controls the data process and creates the protocol for handling data. For the system, the superuser who has the right for exterminating the system is the god. If we are thinking of the computer as the Kafkas's bureau. 

We are facing the problem of row-type computing. If the event handler is the man who is walking in the rows the event handler must always deliver its data. Without depending does the data contain enough information or not. When the event handler is taken the data, there is no way to stop the operation until the process ends. 

Order is the key element in computing. If there is chaos in the system, there is no way to make anything. The answer to the chaos problem is simple. Somewhere in the system sits the master controller. The superuser is using the "master's voice". And voices that "everybody halt" and orders the data handlers to read their data at the same time. Or the order can be given in the form, that the data handlers are reading the things that the data handling form requires. 

That means everybody should check do they have all the necessary papers with them. And if every single paper contains a serial number helps it to give new papers if some of those files are missing. And if somebody delivers the data from that bureau, the controller knows what paper is delivered to the street. And because all data handlers are handling the individual data type that helps to track the person who delivered unauthorized data. 

If the system uses two lines there is easy to see the differences in data. In the two-line data handling process every data handler has a pair. And if data that those handlers are carrying contains differences there is an error. The two-line data handling works that when the router brings data in the system, it also doubles the data. 

That makes it possible to see if there are some errors by benefiting from the differences in the data structures. In that system, everything is doubled including the rowing rooms. In that room, the data is delivered to the desk, and then the superuser compiles the papers or data tables and finds out are they identical. If they are identical there are no errors in the data lines. The data is traveling in rows and each paper is combined in the same entirety, which is like film. 

If the data travel in a row, where are many curves the other data handlers can check is the data that the data handler carries right and does it have the right form. But that requests that every data handler has the same data, and in that case, the system can check the traveling data. The check can be made that every single data handler is yelling at the same time. What kind of data should be in their papers. 

Or the persons can send the number of the papers that are delivered back to begin. And that thing is called checksum. The checksum tells is there some papers dropped to the floor. And if every paper is numbered the people can know immediately what paper is missing. So if something is missing the data handler can ask for the missing paper from the colleague who stands at the door. And that means that there is no need for remaking the entire paper stack. Only the missing papers are needed to make. 

If all data handlers are talking at different times, the result is chaos, where nobody can check the data. The man who is keeping himself hunger is the data handler, which is not used. The useless data is removed and the mark of that data turns weaker and weaker all the time when data stands useless. The data security might seem very well done if there are many doors between observer and data. But if the doors are not locked they are useless. 

We can think that the data that is traveling in the system is like black and white bugs. The system is like the giant labyrinth that must know which way it should route those data bites. At every corner in that labyrinth is the router. Or the person who knows where to guide each bite of data. When data is traveling in a mixed form that thing seems like a mess or chaos. But when the routers are sorting that thing turns data into an understandable form. 

The killer-fly and brain-machine interface.

The hybridization of the microchips and neurons is quite difficult. But the answer for the nutrient problem can be solved by using a bug, what is controlling microchip by using a brain-computer interface. The BMI (Brain Machine Interface) is similar to the BCI. But in that case, the neural tissue connected to the computers operates the interface that allows controlling the physical robot. 

The BMI (Brain-Machine Interface) can turn the bugs into controllers of the bigger robots. The term BMI means a robot can control by the EEG of the living organism. The system delivers the data through the microprocessor and the EEG signals are decoded to signals that control the computer. 

After that, the system gives feedback to the brains of the controller. The system works that the outside operator is delivering a control signal for the brains of the microchip implanted bug.

The system requires the chamber where the bug is, and then the system interacts with it by using the BMI. The data is changed between the bug and its controller and the system that this bug is operating. Sometimes is asked why the bugs that are implanted with microchips cannot control the bigger robots. The BCI/BMI systems can connect the things like dragonflies or dive-bomber killer flies to the drone or even full-scale combat aircraft.  

If the bug is hunting its prey by spitting the poison, that thing can activate things like cannon or other weapons. The thing is that the information that the bug gets must be connected with the hunting behavior. So if the aircraft will put to attack the ground and aerial targets there must be two bugs that are one hunting the flying prey. 

And another hunting for sitting prey. That thing means that the operator who decides to attack against the air targets must select the bug, which attacks against flying prey. And the attack against the ground targets requires selecting the BMI of the bug, which hunts sitting prey from flying. This kind of cyborg system can control miniature multi-purpose drones. 

()https://www.roboticstomorrow.com/article/2018/06/the-world-of-insect-cyborgs/12087

()https://en.wikipedia.org/wiki/Brain%E2%80%93computer_interface

Image:()https://scitechdaily.com/dive-bombing-killer-flies-are-so-fast-over-3g-acceleration-they-lose-steering-control/

The new small-size super-and hypersonic cruise missiles can attack against both airborne and ground-based targets. 

The Spice bomb system (above) uses similar technology with other small size ammunition. So the small-size super and hypersonic missiles are using similar artificial intelligence-based homing systems. And the bodies and engines of those systems are different. 

The cruise system can patrol independently. And it can return to base if the weapon is not needed. But if there is a suitable threat that system can turn to hypersonic flight and try to impact to target. The Spice is the bomb system, but the HCS (Hypersonic Cruise System) can be otherwise similar. But the speed of the projectile is higher. 

The hypersonic missiles and small size hypersonic cruise missiles can attack against both airborne and ground targets. The miniature stealth missile can cruise at high altitudes by using regular miniature jet engines. But during an attack, they might turn to use scramjets. 

When the suitable target is visible, those kamikaze drones will start to dive against those targets from upwards. The new age cruise missiles can destroy the target by using kinetic energy, which means they can impact it and there can be things like microwave transmitters at the nose of that system. 

What is the motive for making hybrid species?

The DNA-based hybridization and cyborgs.

When we are thinking about possibilities to hybridize species we must ask, what is the motive for that thing? Why do some people want to make new species by connecting the DNA of the species? What would be the motive of that kind of process? 

In some stories, some mythic creatures are the result of genetic experiments. The legend tells that the vampires are the creatures that are made by hybridization of the human and bats. But why somebody will want to make that hybrid? The answer is that the tissues of bats are the most effectively renewing tissues in the world. And that ability could be useful also in the human world. But this is not the writing of the vampires. 

But there are also hybrids of living creatures and robots. The cyborgs are the real thing. The bugs can control by using microchips, and the ant that takes the microchip in its jaws will microchip send the electromagnetic stimulation to the ant's nervous system. The nanotechnical microchips can also station on the antenna of the bug. And that system can use to order the bug to destroy its eggs. 

The cyborg mycoplasma and use the parasitoid wasps to put the microchips in the right position. 

In some ideas, mycoplasma, which is the cytoplasm filled with millions of nucleus would hybridize with microprocessors. That kind of system can involve a large number of microprocessors, and that thing will give it quite an independent data handling ability. That kind of cyborg mycoplasma can slip into the computer center. And position itself on the microcircuits. The microchips can transmit every operation that happens in that microchip to its supervisors. 

But how to put those microchips in the right places on the bug? There is the possibility that things like parasitoid wasps ovipositor are used in that mission. The microchip will place in the ovipositor. And the parasitoid wasp puts it to the ants head. And then the control signal can give to that system by using the quadcopter. 

What would you do with ants that can act like robots?

There is one thing that people do not normally mention when they are talking about things like cyborg ants. There is the possibility to connect a large number of cyborg ants to acting as one entirety.  That thing can do by using the network of interacting microchips. 

Those microchips are acting like the network of regular robots. But the problem is that there are neurons connected with that microchip. In theory, if the system has 200 billion microchips and 200 billion ants that system can turn so intelligent as humans. 

And what would you do with an ant that is so intelligent as humans? The ant can carry the microchip in the computer center and position it next to the computer's central processor. The microchips can form the chain to outside. And the system can deliver all data that goes through the microprocessor to the outside of the data center. 

The hybridization of microchips and vegetables is not a very well-known thing. We know that the vegetables are interacting with each other by using the pheromones. Those pheromones are also interacting with animals, and even they are not meant for that. Every pheromone affects our brains through nervous stress and stimulation. But what if somebody wants to make hybrid vegetables that are creating pheromones, what is causing fear? 

That kind of thing might be useful in the hands of the military and law enforcement. So the system can involve small capsules that are storing viruses which purpose is to transfer the wanted ability to the vegetables at the right moment. Then the launching system will send the signal and break those capsules in the vegetables and those viruses will transfer the wanted ability to the genomes of the vegetables. 

Quantum generators and programmable satellites can be the future of the technology of tomorrow.

The image I: Source Pinterest

And finally, where can use quantum generators?

As I wrote, the quantum generators can use to deliver electricity to the nanotechnical microchips. Those microchips can work as extremely small-size multi-purpose systems like nanorobots that are the most powerful tool in modern technology. Nanorobots can change the genomes from individual cells. They can destroy single non-wanted cells. Those systems require nano-size microchips for controlling their operations. 

They can be used to control cyborg bugs. But the same system can also be acting as the eavesdropping and optical surveillance system. Those nanotechnical systems can make the revolution in the many systems like intelligence and medical systems like a surgeon and the cyborg bacteria can remove toxic chemicals from the human body. 

The cyborg bug that is used to smell the explosives or drugs can leave that kind of reconnaissance system to the place where the illegal things are, and then the quantum system can record discussions and take images by using nanotechnical CCD cameras. When the system is done its mission. The operator can open the lure in that tiny microchip, and another cyborg bug can download the data from that system. And it can send to quadcopter what is delivering it to the satellite. 

Image II: Ariane 5 Lifting-off

The programmable commercial satellite is on the orbiter.

The new and programmable satellites are the interesting things. The ability to reprogram those satellites is making them multipurpose tools in many missions. The limit of the system is the sensors of the satellite. And the ability to program those satellites is making it possible that the same satellites can use for communication and electronic intelligence missions. If the same satellite has a camera, it can be used also as a weather satellite. The thing is that electronic intelligence satellites are modified communication satellites. And some of them can send the wake-up signals to sleeping eavesdropping systems or control the drones that are operating the hostile areas. 

The electronic intelligence and data relay satellites can also use to download data from the sensors. Those sensors can be oceanographic buoys or research or intelligence drones. That is investigating the jungles or what are collecting data from the hostile areas. The satellites can drop quadcopters to every area of the world. Those quadcopters can calculate the animals in natural parks.  Or they can search for things that are happening in the military bases. When the battery of the system is over, the drone can destroy itself. And there is no trace about that system's visit. 

()https://phys.org/news/2021-07-world-commercial-re-programmable-satellite-blasts.html

()https://scitechdaily.com/eutelsat-quantum-revolutionary-reprogrammable-chameleon-satellite-launched/amp/

Image II()Pinterest

So how the quantum generator works?

Image I

The idea of the quantum generator is the same as regular generators. But the size of those systems is smaller. Unlike solar panels which are delivering electrons when they are stress with radiation. The quantum generator is transferring the radiation or wave movement to the movement of the quantum system. 

If we are looking at the 2D quantum crystals above this text. The system can use the electron or ion that is anchored in the quantum spring. And when the atom above the spring will move up and down the movement will load energy to the ion or electron that is hovering in the quantum spring. This kind of system can deliver electricity to the small nano-size microchips, which can use to control the bionic devices. 

The triboelectric nanogenerators are harvesting energy from the ocean waves is the tale about the new type of systems, what can be used to get energy from the ocean waves. The story of that system is in ScitechDaily.com, and the link to that article is below the text. The thing is that similar way all kinds of wave movement can benefit energy production. 

The system would be acting like the carpet where the small nano- or quantum-size generators are making electricity. When the carpet is moving the small ramrods are moving the small dynamos. And that system can transfer the wave movement to the electricity at least if the system hovers on the liquid. 

()https://scitechdaily.com/triboelectric-nanogenerators-harvesting-energy-from-ocean-waves/

Image I()https://phys.org/news/2021-08-quantum-crystal-dark-sensor.html?fbclid=IwAR08ujFbO_JYg2XJDZR_7-n4iz_SM7BWi2dQwapnp8j0HNeVJtXiTRJEFd4

Image II

Cyborg bugs are multipurpose tools.

The quantum generators can deliver energy to the nano-scale microchips that are used to control the cyborg bugs like flies. The microchip control bugs can sniff explosives. But the same systems can be used to smell animals and humans. Blood-drinking insects like TseTse fly can be used to locate people from the forests. 

The triboelectric system can equip with nano-scale pistons that are rotating the nano-scale dynamos. That kind of power source can transform mechanical oscillation like sound waves into energy. And that thing can use in bionic robots like cyborg flies. Those microchips can be implanted over the brains of the flies. 

And then that microchip can stimulate the nervous system of those flies. If this kind of BCI (Brain-Computer Interface)system can decode the visual perception of the flies to the computer, that thing can make the revolution in robotics. The small microchip can deliver its data to the sensors installed in the quadcopters. The quadcopters are following those cyborg flies and their mission is to transmit and receive the control data to the bug. Those things can be the next-generation systems in the use of military and civil operators. 

()http://www.spsmai.com/aerospace/?id=524&q=Insect-cyborgs-to-sniff-out-explosives

Image II()https://www.digitaltrends.com/cool-tech/cyborg-beetles-uc-berkely/

What if we can create energy from X-rays or dark matter?

Image I: "A flexible semiconductive metal-organic framework was incorporated into a prototype wearable X-ray detector for radiation monitoring and imaging. Credit: Adapted from Nano Letters 2021, DOI: 10.1021/acs.nanolett.1c02336: (https://phys.org/news/2021-08-flexible-wearable-x-ray-detector-doesnt.html)

The X-rays or dark matter and dark energy can use as the power source in interstellar spacecraft. But the wearable X-ray "solar panel" can also give power supply for the robots which are operating in the nuclear waste storages. In those places, the radiation would be so high. That the robots can get the energy straight from that radiation. And also that kind of system can give the power supply for the regular electric network. 

Dark matter and dark energy might have a similar background. The dark energy could be the wave movement which origin is in the dark matter. So in this text, the "dark energy" or "dark matter" solar panel means the system that benefits dark energy or dark matter from making electricity to the electric systems. So the quantum crystal-based dark matter sensor could be the pathfinder for creating electricity from dark matter or dark energy interaction. 

The idea of that system is simple. The quantum system turns the interaction into the movement of the quantum generators. So the quantum crystals below can act as the model for the quantum generator system, which turns the movements of atoms into energy. 

Image II: "Illustration of NIST's quantum crystal. Credit: Burrows/JILA" (https://phys.org/news/2021-08-quantum-crystal-dark-sensor.html?fbclid=IwAR08ujFbO_JYg2XJDZR_7-n4iz_SM7BWi2dQwapnp8j0HNeVJtXiTRJEFd4)

It's not the same as what kind of sensors the researchers are creating. The sensor is the system that transforms the interaction to electric signals in the case of electric sensors. And the experimental sensors might be a path to the serial production of those systems. But when we are trying to think big, the sensors like new 2D quantum crystals can be pathfinders to benefit the dark energy. In this quantum structure, the dark matter is interacting with the atoms that are on that layer. 

And there is the possibility that this kind of structure can create electricity for the superconducting microcircuits and electric circuits. That is deliver energy to the probes that are operating at the Kuiper belt and beyond that area. The problem with nuclear power is that the operational time for that system is about five years. And the journey to the Kuiper belt takes about that time. The nuclear reactor is disturbing the sensors of the telescopes that those probes might use. 

In some visions, these kinds of "solar panels" that use dark matter or dark energy are giving electricity to the new space exploration systems. And maybe in the future, those systems are also giving energy to the new interstellar spacecraft. If the system can create energy from dark matter or dark energy that system can use to give electric supply for the Buzzard's ramjets. 

The interstellar rockets, that are using fusion engines. The craft is pulling the gas ions from the space by using powerful magnetic fields, and then that gas is conducted to the engine where the lasers and microwaves are igniting the fusion reaction. If the system can get an external power supply. That thing makes it easier to make those systems. Because in that case, the fusion must not be self-sustain. 

()https://phys.org/news/2021-08-quantum-crystal-dark-sensor.html?fbclid=IwAR08ujFbO_JYg2XJDZR_7-n4iz_SM7BWi2dQwapnp8j0HNeVJtXiTRJEFd4

()https://phys.org/news/2021-08-flexible-wearable-x-ray-detector-doesnt.html

Image I() https://phys.org/news/2021-08-flexible-wearable-x-ray-detector-doesnt.html

Image II:()https://phys.org/news/2021-08-quantum-crystal-dark-sensor.html?fbclid=IwAR08ujFbO_JYg2XJDZR_7-n4iz_SM7BWi2dQwapnp8j0HNeVJtXiTRJEFd4