A new photonic chip for isolating light can make new compact-size quantum microchips possible.

Things like electromagnetic radiation can deny the WLAN communication between robots and controllers. 

On Earth, robots are needed for situations that are hostile to humans. And one of the places where robots could operate is nuclear accidents. The electromagnetic radiation will cut the communication lines. And the smoke denies the use of lasers for communication between robots and their controllers. 

One of the solutions for remote control of the robots is to introduce the coffin that is connected to the robot. The human operator that lays in the coffin uses a control panel. 

And that system controls the machine through the light cable. The robot can be controlled by using a traditional controller or the operator can use BCI (brain-computer Interface) for that kind of action. 

The independently operating robots

The independently operating robots could go to places that are hostile for people. But their problem is that the size of the required computers is very big. And supercomputers are needed for driving complicated algorithms. The requirement for supercomputers makes those robots extremely big.  

Or the data handling must outsource to the supercomputer centers. In that case, the robot will interact with the data center over the internet. But the internet is unable to operate over extremely long distances. The fact is that if the robots operate at other planets or icy moons like Titan or Europa. 

They are requiring compact algorithms for searching minerals and living organisms. The message travels a long time to Jupiter and even longer time to Saturn. And that means the supercomputers must transfer to those planetary systems. 

Another idea is to use the swarms or groups of robots that are sharing their processor capacity. But that thing requires data communication between the participants of the members of that group. WLAN data sharing can be made by using radio waves or a laser system. The first system is well-known from Earth. But the problem is that if the planet has a very weak ionosphere. Or sandstorms that are creating powerful static electricity that thing can cut the radio communication line.

The low-energetic X- and gamma-ray lasers are allowing also laser systems to operate through walls. 

So the researchers can replace radio-based WLAN by using the lasers or laser-LEDs that are transmitting data in optical frequencies. The problem with this kind of system is that laser-based communication requires visual contact between communicator and receiver. One of the solutions that might solve the problem of OTH (Over The Horizon) communication is a satellite or some drone that receives the laser data and then resend it to receiving unit. 

But the problem is that this kind of system cannot yet communicate through walls. But if the lasers are using low-energetic X- or gamma-ray frequencies that allows using laser communication through the walls. 

But the problem is that those radiation frequencies are causing cancer. And the thing is that if we are thinking the situations like nuclear accidents where the robots are the most useful the electromagnetic radiation can disturb all electromagnetic frequencies. And that thing denies the communication between robots and the communication between robots and supporting computer. 

The best solution is the internal data handling unit. And the problem is that the computer that is needed is extremely powerful. Powerful computers are large. 

A compact-size quantum computer would be the best solution. But the system requires compact-size quantum computers. The size of those machines is enormous because they need absolute stable conditions. 

Theoretically, there is possible to make a quantum computer that fits in the ring. But the quantum computer requires an enormous cooling system. that decreases its temperature to zero kelvin that ends the oscillation. But maybe the 2D superconducting and photon-based microchips are the answer for this kind of problem. 

https://scitechdaily.com/new-photonic-chip-for-isolating-light-may-be-key-to-miniaturizing-quantum-technology/

https://thoughtandmachines.blogspot.com/

What makes primordial black holes so interesting?

The primordial black holes are the black holes that size is atom-class. Sometimes those black holes are also called quantum black holes. There is the possibility that the smaller black holes are the size of the quarks. Those atomic-size or even smaller black holes are forming in nature when the X-or gamma-rays hit the planet or atom. The thing that makes the primordial black holes interesting is that they can use as power- and communication tools. 

And now somebody is saying that the black hole is destroying the information that drops in there. The idea is this. When the wave movement is traveling through the event horizon or that point where escaping velocity reaches the speed of light will pull that wave movement straight. So that means the information that is impacting the black hole will be destroyed. That means we cannot teleport data through the primordial black hole. Or can we? 

There is also a so-called "regular"  way to use black holes as a communication tool. In that method, the black hole's radiation beam is used as the carrier. The laser ray will send the energy pulses to that beam, and the receiver observes the changes in the energy level of that radiation beam. 

There is the possibility that we would put the primordial black hole rotating so fast that it would superposition. And then pump energy to that superpositioned and entangled primordial black hole by using laser rays. The system can observe the energy level of that superpositioned and entangled black hole pair. 

And laser sends "morse signals" to that object. The black hole would superposition between two chambers. And that thing can be used for sending messages. The primordial black holes can use also as an energy source. In that case, the black hole is trapped in the chamber and material will be driven to it. The primordial black holes are similar black holes with the others. 

But they are much smaller. Theoretically, those black holes can use to pull the quarks away from the protons and neutrons. That thing can make it possible to create antennas that can capture dark energy. The system can use the quantum bridges between those quarks for interacting with the invisible wave movement.

And maybe someday in the future, this thing can use to capture dark energy for energy production. The idea is that the quantum antenna will capture dark energy and transform it into regular energy. 

Small black holes can use for energy production quite easily. The material disk around them is one of the highest energetic objects in the universe. Regular solar panels can capture energy from the transition disk. In some visions, the small-size black holes can use as the power source for space rockets. 

The black hole will position in the absolute round chamber which is open to the back. And the energy ray of the black hole is pushing and pulling the futuristic spacecraft ahead. The radiation beam will impact the front side of the chamber and also the back moving ray will push the craft. The energy level of the black hole can adjust by adjusting the material that drops in there. 

()https://scitechdaily.com/primordial-black-holes-the-size-of-an-atom-what-new-experimental-evidence-suggests/

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

The neural network can use laser-based systems for data transmitting and sensing the environment.

The quantum-binary hybrid network is the thing that can use for inputting data to quantum computers. The idea is that the data travels between binary processors in the quantum form. The long-distance noiseless photon-echo protocol can be the key to long-range quantum communication.

Quantum communication can use also with regular primary computers. And things like quantum radio telescopes look like the spider's net. Those systems are only the network of the laser rays. A quantum radio telescope measures the change of the energy level in the laser rays. 

When electromagnetic radiation impacts those laser rays it increases their energy level. That allows creating a powerful laser-based quantum antenna. The quantum systems can also use to exchange data between binary processors. 

The quantum antenna is not a necessary qubit. It could be the proton that is stress with photons. And if that system is delivering data to the nano-size microchip. The system is only the small-size radio receiver that works by using regular 0/1 based architecture.

For data transmitting the system can use electromagnetic stress from the structure of the microchip. The small antennas will transmit electrons to the quantum antenna. 

And the lasers can observe it during that process. The system can measure that stress by using the same lasers that are delivering data to the antenna. The neuro network-based architecture makes this kind of network computer very effective. 

Many applications can benefit quantum communication even with binary computers. Quantum communication makes it possible to create an unbreakable ultra-secure communication network. But the problem is how to make long-range and long-term quantum communication possible. 

The laser ray will stress the particle lice quantum crystal or even a single proton that is acting as an array. The idea is to create a laser-based hybrid network for connecting nanotechnical microchips to one entirety. 

The nanotechnical microchips are more effective than regular microchips. And that kind of system can be the medium between quantum teleportation and full-scaled quantum computers. The system uses small-size microprocessors. 

And the communication between those microchips is made by using the quantum system. This kind of system can be the gate between quantum computers and their remote users. The quantum communication network bases the idea that computers can connect from their microchips or CPU. Not by using the LAN or WLAN cards. 

In this model, the quantum array will install in the binary processors. And then the data can transfer straight between those microchips without the WLAN or LAN cards. There are the laser-LEDs that are pumping energy to the quantum array. And the same system can deliver energy also to the miniaturized microchips. The quantum array can act as the binary computer's data transmitter. 

And if it would position in the regular microprocessor. That data can be read by using the miniaturized photoelectric cells. If data travels between those units in the form of laser (or maser) rays. Those energy rays can use also other purposes than in data transmission. They can deliver electricity to the nanotechnical microchips. 

The quantum (or laser) networks can also be acting as sensors. 

But those systems can also "smell" if there is some high-energetic radiation or unexpected movements in air molecules. The laser network would act as one version of the quantum radars. The system can sniff if there are some chemicals in the air. 

And another thing that this system can make is detect stealth fighters. The system detects those aircraft by connecting data from the different sources to one big entirety. 

When aircraft moves through the air, it causes a pressure wave. And that pressure wave can be detected. That system can detect the movements of air molecules. And another thing is the changes in the energy level in those laser rays can detect by using sensors. 

That means the laser rays would be acting as the radio receivers. When radio wave interacts with laser rays that thing increases their energy level. So the quantum radio telescope would be only the group of laser rays that forming an image that looks like the spider's net. 

()https://scitechdaily.com/scientists-realize-noiseless-photon-echo-protocol-key-to-long-distance-quantum-communication/

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

Can we someday find the intelligent and technologically advanced alien race?

Bottle-post between hypothetical colonies.

Communication is the most important thing if the civilization plans for creating space colonies. So how communication between stars can happen in real life? One of the forgotten ideas is that the colonies are sending bottle-post between the stars. 

The slow probe will travel between stars in thousands of years, and then it can send the data to the black hole that is formed in a certain time. The data will send to the past by using the black hole. And it should travel to the point in space and time where those hypothetical colonists created that black hole.  

That thing is one of the most interesting ideas.  The system benefits wormhole where is shot the laser ray.  The researchers of those hypothetical colonies can measure the changes in Hawking's radiation energy. And those changes can decode back to information that is sent from the future. 

The communication that happens between the interstellar colonies by using black holes is an interesting idea.  It's easier to make than some wormholes or quantum bridges. In the colonies is an artificial black hole that is created at a certain time. The idea is that the black holes will take the information to the point where they were born. 

And then another colony sends the normal, small probe to travel between stars. Then the probe arrives in another colony hundreds or thousands after it has launched. And then it will aim the laser to the black hole and sends it data to the past by using a laser ray that travels through the black hole. The thing is that there must be a list of the moments where the black holes are formed. And the communication happens by using bottle-mail between stars.

Can we someday find the intelligent and technologically advanced alien race? 

That is one of the biggest questions in the world. Finding the life-supporting planet doesn't necessarily mean that there is advanced alien civilization. And there is possible that the alien race uses some other frequency of electromagnetic radiation than we are using. We are just thinking that the alien race uses the same way radio frequencies for transmitting data. 

But communication between stars requires very much power even if the hypothetical aliens would use the same frequencies that we are using. There is one hypothesis that the aliens would not use enough powerful radio transmitters that we can hear them from the Earth. 

In another hypothesis, the aliens would use radio communication only in the close range. And if we want to drive a remote-control car 300 meters away from us, we might not use a 300-megawatt radio transmitter for that mission. And we might not use that power in everyday communication if we are sending the TV broadcast between cities. 

So can the alien hear us, or are our messages lost in the universe? Or can we hear alien radio transmission 300 light-years away from Earth? If they are using similar power that is used for routine transmitting on Earth can that signal travel to Earth and be separated from the cosmic radio background? And even if we can separate that signal, can we sure say that it is synthetic? 

If the signal is confirmed as non-natural. We must decide on what to do next? Should we try to make contact or just forget the thing? We cannot know if the alien is hostile or friendly, and in that case, we must realize that we don't know anything about those hypothetical aliens. 

There is introduced one explanation for the reason that we cannot contact aliens. And that thing is that the aliens are not using radio waves in long-range communication. They can use more high-energetic radiation like even gamma- or X-ray lasers as a long-range communication tool. That kind of communication system requires very much energy. But it can keep data safe. 

Another version of that hypothetical super communication system is that the communication system will send the X- or gamma-ray in the plasma wire. Communication lines can create also by using superpositioned and entangled particles. Or black holes that are forming the quantum bridge through the universe. But that requires an extremely powerful energy source for the communication system. 

Image:()https://www.wallpaperbetter.com/wallpaper/399/323/827/radio-telescopes-space-exploration-1080P-wallpaper-middle-size.jpg

()https://visionsoftheaiandfuture.blogspot.com/2021/08/can-we-someday-find-intelligent-and.html

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.

The tales about microchips in the head

The tales about microchips in the head

The resonance-based version

I have written many times about strange theories and hoaxes, and there are many tales, which are given inspiration for modern researchers and developers for their products, what might be the most extraordinary in the world. The idea is that science is free, and innovation is even more free than science, and the inspiration with imagination has no limits.

But when we are thinking about hoax information, we might think that those stories are told for nothing. There are tales that there is found some microchip implants from the skull of Napoleon, and the thing why those tales are told is that if somebody finds something strange or weird, they should not keep that information in secret. But there is one question, could the ancient people have some kind of microchip or voiceless communication equipment in their use. The idea is that this hypothetical device is based on the resonance.

There might be a certain combination of metals, what is put in the skull, near the inner ear, and that device would cause resonance to the bones of ears. If that device is connected to the horn, where somebody yells, that would allow communicating that nobody else is hearing those words, if they are given from the far distance.

There is another version of this mechanic communication tool, and the idea is that the ring or hybrid metal is loaded with sound waves. And when the certain sound signal is given, the ring starts to deliver the resonance opposite way than they were recorded. This might be the reason, why some hills are holy for some people.

The high-tech version

But let's think this kind of cases like the ancient microchips were true, and here I must say that we could do that thing by using modern microchip technology. The idea is that the shape of the microchip would be like the chisel. That thing could shoot between the brains, and the thing is that it might use only when they are necessary.

So the device would not need plutonium batteries, because the normal lithium batteries might be suitable in this kind of purposes. When the person, who has the microchip or nervous connected data transmitter would need that device, this individual might put the magic hat on head.

This device could be wireless loader of the battery or the device can operate by ongoing electric transfer. The magic hat could be the system, which communicates with remote stations or satellites. The Accu- or batteries might put in the capsules, what looks like teeth, and the system might be very unseen. So this might be the next generation stetson, which allows people to operate wirelessly and without any notable equipment with the internet.

The quantum teleportation and the new age of the computers

The quantum teleportation and the new age of the computers

If we someday will create quantum teleportation, that thing opens the new way to communicate with distant probes and other things. But quantum teleportation allows sending the messages, what are impossible to read by using existing technology. The idea of the quantum teleportation is simple, we would just create a channel of the other dimensions to the three-dimensional world and use that thing for sending messages to long distance.

That communication bases simply the extremely small black holes, what is creating a wormhole between them, and the wormhole is the fourth- or at least tube, what is forming the channel or cable through space and time. If we would have the opportunity to send messages to the past, we would have the ultimate tool to change history by telling people, what they must do.

But this opens horrifying visions in the front of our eyes, that some fan of Adolph Hitler would use that kind of technology for telling him, what the German army should do in every situation. Those things would cause some thought, which I don't want to think. The quantum teleportation would be made by using two black holes, what is oscillating with the same frequency, and forming the wormhole between them.

The thing is that those wormholes would conduct the sound as well as electromagnetic radiation, but the problem with molecular movements is that those wormholes are so small. Even the atoms have difficulties to go through that tiny quantum wormhole. In some very optimistic theories, the size of those quantum wormholes or black holes would be so small that the electrons would travel through them, and if we would use that kind of communication would that happen that the communication station would be outside of the solar system.

The communication between the Earth and that hypothetical station would happen by radio telescopes or lasers. And then the wormhole-based communication between this station and the space probe, what travels somewhere in the interstellar universe would be done safely. If those systems would be on Earth, that thing would cause serious risk, and that's why this station must be in the great distance.  The reason for creating that system would be some interstellar spacecraft, what will travel to some other solar system for researching Earth-sized planets. That thing would be useful for getting images from the distance, and it also allows to control the spacecraft in the real-time.

If the black hole would turn stable, that would cause a huge explosion or even forming the big size black hole, what means something less than the metric class of the singularity, what can stay about a couple of minutes. But in physics, that time is very long and that can turn asteroids out of their trajectories.

In some theories that kind of wormholes can be used for searching the rooms and also they can be used for observing other planets. The thing is that those artificial wormholes, what could be formed by using the electromagnetic radiation would not stand long.

The life of those things would not take a long time, which means that in the realistic visions they would have existed the only couple of thousandth of a second, and that means that the creation of this system would be extremely difficult. But the idea of the quantum teleportation is that if we could someday teleport the electrons or photons, maybe we would in someday in farther future also teleport people and that would open the new era in many things like spaceflight.

In that kind of versions of the research and development, the creation of the system can take a long time. And even if we could create the singularity, what is stable enough for creating two-ways communication system, we might need a long time for teleporting even atoms.

The problem with the quantum size black holes is that those black holes would be acting the same way with other black holes, and there is a possibility that some of the quantum-sized black holes can live long enough for pulling atoms to it. That could cause spontaneous fusion, what would start to pump the energy to that black hole, and that would turn very dangerous.

https://www.independent.co.uk/life-style/gadgets-and-tech/news/quantum-teleportation-breakthrough-third-dimension-a9075476.html?fbclid=IwAR0juMCqNCux47FsQ2Dz_PoKBjFHRmFAjd7-FQ8IKLRsHe4cI2jEEupUL3I

Crazy ideas are changing the world.

Crazy ideas are changing the world.

Many crazy ideas are helping to advance technological research and advancing knowledge of opportunities for technological advantages. When Gugliemo Marconi (1874-1937) created the first time the idea and application, what allowed transmitting messages wirelessly, that man was convicted as a maniac. But he created the first radio message through the air.

But what if some modern person would go to Marconi, and tells about the Internet, what would Marconi think about that person, who tells stories about the ability to transmit every kind of data or remote control things by using the binary code, or simply by cutting the radio transmission by a certain order. Would Marconi think that this person is a maniac, or is that person little bit ahead of time?

There are many ideas on the Internet, which seems very dramatic or that they are made by some maniacs, who are seeing Star Wars movies a little bit too many times. When the Internet came to homes in the late 1990s who would believe that someday that data network is planned to use for remote surgery.

The miniature computers can on the skin and they can communicate with the frontal lobe. And if fact those systems could communicate with the Internet by using the mobile telephones to make the data transmission possible,

But there are also other applications, which seems like only the useless and dangerous way to use the technology. One of those things is the intelligent tattoo. The thing is the three-colored LED-screen, which is ink in the human body. So who wants those things in the body? There have been credited ideas if the intelligent make-up what looks like crystals on the skin.

Those crystals would be the miniaturized computers, which can be used in multiple purposes. Those computers would communicate with the frontal lobe. Or they can input data to the eye nerves, which makes them an ultimate tool. They can be connected to the Internet by using mobile telephones.

That thing can change humanity forever. Maybe in the land of future, some people would have this kind of nanomachines, which can be released to some area, and then they would drill the electrodes in the pineal gland, and take the animal or human in the control. Maybe in someday, those devices allowed to communicate between species.

The intelligent weapons and other advantages in the field of ballistics

The intelligent weapons  and other advantages in the field of ballistics

https://controllingsociety.blogspot.com/

The advantage of the ballistics and ammunition technology have been very fast. The guided ammunition has been come in the rifles, at the first that ammunition came in artillery, but then the same technology transferred to 50 caliber ammunition, and the miniaturization of that technology have been brought the ability to use guided projectiles in the normal assault rifles. And the mass production makes that kind of technology weapon, what will be shared with the normal troops. The road is the same as all other weapons like assault rifles. At first, those weapons were used by the highly trained special forces, but then they became the standard equipment of the military forces around the world.

But also traditional ammunition would have more effect. It could be equipped with a miniaturized hollow warhead, which means that in the back of the hollow bullet is small size RDX explosive, which makes it the small size HEAT ammunition. And if the operator would want to be nasty, would the front of the RDX ammunition put the small capsule that is filled with the hydrocarbon. That thing would transform the bullet as the small size FAE warhead. That capsule can be the morphine ampule, what is filled with the acetone.

Computerized weapons communicate with the command center 

The fire control system of the battleship can be miniaturized in the very small size, and it can fit in the combat rifle. The intelligent rifle is actually a very complicated thing, what bases the same technology, what is used with the mobile telephones, and one component of those handguns and rifles is the GPS, what shows the location of the gun. The intelligent weapon would detect that the person, who uses the gun is the right one, and if the person who uses the gun has not the portable IFF system, that gun would deliver that information to the command center by using the same radio, what is used for GPS systems. But the intelligent handgun would also aim the gun for the operator.

It can connect with the intelligent glasses by using Bluetooth, and that means that the shooter can shoot over the angle by using the sharp fire.  The system will notice the angle of the gun, and when the target is seen, it would take the image of that. Then the system would aim the crosshair in the right angle, and then the system would even launch the ammunition. Computerized telescope sights are the new form of the battlefield. But do you know what that thing actually is?

The intelligent weapon is a miniaturized version of the guidance system, what has been used in battleships.

The intelligent sight is actually the miniaturized version of the system, what is used in warships and artillery to aim the cannons in the right angle to the target. That means that the computerized or intelligent sight would move the crosshair in the right location in HUD-display in the scope, that the bullet will hit the target, and in the best versions, the system would get information of the wind speed, air pressure, and humidity.  The system would get that data from the communication system, which normally delivers data for the field operators.

Then the system would get information about the muzzle velocity of the bullets, and that would make it aim the crosshair in the right position. In the intelligent rifles is the computer in the stock and the system can launch the ammunition by using electric arc, which makes possible to use the most precise firepower, what have been ever created. The system would operate with multiple computer programs, and it communicates even with satellites for getting the right parameters for the sharp shoots.

When we are thinking about this kind of technology, we must realize that modern military technology is similar to other technology. That means that when the production methods advance and the electronics will become more effective, the high-tech systems would become the standard equipment of the military. And that kind of things, what has first reserved to the best and most trained operators would also share to normal military personnel.