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/

Can the "Internet of things" sometimes replace long-range transportation?

In the film above this text is the fastest ship in the world. The ground-effect aircraft can easily be the size of the ship. But it's hard to control, and the needed aviation systems need fuel. So what if we would replace the cargo ships by using automatic factories. The CAD images of the products can send over the internet to the 3D printer factories. 

The 3D printers are perfect CAM (Computer-Aided Manufacturing) systems because they are flexible. In those systems, the 3D printers are operating in a vacuum. And that allows those factories to make extremely high accurate metal parts where are no bubbles inside them. 

The idea of the world where the objects are sent to the internet for the receiver, where is the 3D printer came into my mind one day when I walked over the post boxes. The idea might seem funny, but why in those mailboxes cannot be the 3D printers, and that allows making the stuff in those boxes.  That means the people would send the data of the gift to the printer. 

And that will make the tool in the mailbox by using the 3D printer. But can that thing be possible someday? Who knows where the wind blows.  What if all of us would have our 3D printer in our mailbox, and when we want something, we just pay the license and the printer will make that product for us. 

3D printers can create flawless and high-quality machine parts by using carbon fiber and metals. If those 3D printers operate in a vacuum they can make the parts where are no bubbles. And use laser finalizing tools can make those systems make high-quality parts. The problem with those high-temperature systems is that they can use to make illegal weapon parts. 

Technically it's possible to send the 3D CAD images to the remote-control 3D printer over the ocean and that 3D printer will make the physical object by following the drawings and orders. The reason why the 3D-printed metal parts do have not the same quality as the regular way cast products is simple. There is air in the process. If the 3D printer system working in the air, there are air bubbles in the product. 

If the air is removed and the system uses the vacuum and laser systems for finishing the layer. The 3D printer can produce metal parts that have at least the same quality as the regularly made metal parts. And this technology is advancing. The Saab aircraft corporation has tested the 3D printed parts for the jet engines. That means the 3D printers must re-estimate. The things like weapon parts can make by using high-temperature 3D printers that are transformed welding machines. 

The computer-controlled MIG welding machine which is operating in a perfect vacuum and transformed into the 3D printer might not alone make the very accurate machine parts. But if the system has the laser scanner and the laser-based finishing tool, where the high-accurate laser ray will finish the object the accuracy of the system is extremely high. And that means that this kind of tool must have some kind of control. 

But another thing is that if the images of the physical objects are sent to the robot factories that are basing the 3D printing technology through the Internet that will remove at least partially the need for long-range transportation. And that will remove the bills of the cargo. The robot factories are not very big. The size of those fully automatized factories might be like the container. 

()https://visionsoftheaiandfuture.blogspot.com/2021/08/can-internet-of-things-sometimes.html

How to teach robots to follow spoken orders?

How to teach robots to follow spoken orders? 

The idea of machine learning is the same as the people way to learn things, and that's why computer game-style platforms are very interesting things to teach robots. The action or learning process is similar, what is used to teaching dogs. The robot must connect spoken words to some actions, what the programmer can do with it. 

And this makes possible to make robots, which are understanding spoken language. This method is suitable for every kind of robot, and the idea is that the words are connected to recorded actions, so when the programmers are teaching the robot to open the door, they might say "open the door" and then they would transfer to use the virtual workspace, where they can use data gloves and probably Virtual Reality glasses, and make the action by using the virtual movements by using character, what is similar what is seen in the computer games. After the system has been successfully recorded the action, that means that the command "open the door" would activate this kind of movement series. 

The machine learning means that the character, what is the thing that is controlled by a computer would say some words, then the character is moving and acting as the programmer would want. And then those words are connected to the actions, what the programmer has made for the character. 

Moving of the character can be done by using the game platform, and then the virtual character would be used to test the effectiveness of the movements, and then they can transfer to the robot, which will connect those movements and other actions to the words, what the person says. This kind of technology can also be used with combat robots. And those robots can follow the orders, what the commander says without excuse. 

This kind of robot would be very interesting in the many dangerous actions. And thing what makes character dangerous is that some game character would get the physical form. When we are thinking about computer games the programmer, who will make commands to those systems could use the computer games to selecting the most suitable series of movements, and then the commander must just select the most suitable movements and connect the voice command to that series of movements. 

When we are thinking about the actions of robots every kind of action is a series of movements. That means the system would just connect the movements to the command, and that makes that kind of robot very dangerous. The robot itself would not care, what kind of commands it would get, and if the voice recognition or other safety system accepts the command, that allows the operator to give the command "sweep that area", and then the robot will do everything, what includes in that action. So this kind of thing can be used in the Pentagon's terrifying new robot army. 

Image.

https://upload.wikimedia.org/wikipedia/en/5/50/Cylon.jpg

Diatoms have given inspiration to the most impressive nanomachines, what is remaining somewhere in the future.

Diatoms have given inspiration to the most impressive nanomachines, what is remaining somewhere in the future.

In the movies, we are seeing structures, what can fix itself. The idea of those structures is that they are created by using small robots, what is knowing their place in the structure, and the artificial intelligence would control the entirety. In theory, this is not harder than making 3D-puzzles by using a robot hand, but there is one little difference between the puzzle and the self-fixing structure.

The difference is that every part of the structure must move independently, which means that there must be a power source and mechanic parts, which is making it possible to move every each particle in the right place by using microchip controlled systems. And when the particle is in the right place, it must be locked in that point in the structure.

So what kind of robots that system would need? Those robots might have metalcore, and inside it would be the small silicone bag, which is controlled by microchip. In the core would be little holes, which allows the silicone to come out, and move the thing in the place. And then the top of the silicone tuber is the small metal bite, which will allow locking those tubers in the right place to another nanorobot.

But the problem with those nanomachines is they are needed a very large number. If we are thinking of the nanomachines as the builder of structure, we must realize that the size has a mean. If we want to make nanorobots, which can make very complicated and flexible structures, we need a very small machine. And that's why producing those things are really difficult.

Even if we can think of the structure, and how it works, we must realize, that only the huge number of those creatures can make effective structures. When we are thinking about microchip controlled structure, where the silicone bag is covered by metal or carbon fiber core, we must understand that those machines need more than just those structures.

They need also system, which allows the robot to create the tumbler, what is acting like appendages of cells. That means that inside the silicone bag must be a system, that moves the liquid silicone to a certain point, where is the small iron bite, and for that, the system can use extremely small turbines. The controlling system can be computer-controlled. Some of those robots could involve quicksilver, which will allow them to swim in the right place. At first, the quicksilver would be released to the layer, and then the nanomachines would swim to the right places, and then the quicksilver would suck back in the chambers.

And if we would want to make the extremely advanced system, those metal bites might contain the RFID-system, what the miniaturized system can use as the mass memory. Another nanomachine would touch to those metal bites by using a magnet. But as I have written before, this kind of system is complicated to build, because of the small size of its particles. The energy would transfer to those machines by radio signal, but creating those very tiny machines would be very hard. And maybe terminator will be true after a couple of hundred years.

Diatoms, nanomachines, and the computer sciences

Diatoms, nanomachines, and the computer sciences

Diatoms or their cores can use as miniaturized data storage and the parts of nanotechnology. Do you remember CD-ROMs or DVD (Blue Ray) ROMs? Those things were used in the past for storing data before the network-based applications turned those things old fashion. But there might find a use for extremely small optical disks because of that kind of data saving tool very resistant against the electromagnetic radiation, and by using modern technology the DVD and Blue Ray storage can store an extremely large number of data.

So what if we could use the cores of diatoms for that kind of purpose. In this technology, the data would store in the disk by using extremely thin laser, where the diameter of the ray would be so thin as possible to write data to those miniaturized optical disks. And the idea is to benefit the core of disk-shaped diatoms, where the laser would store the data like in the normal-size optical disks.

The idea is to store the data, which should not be damaged to those microcrystals, and that kind of data would be the computer programs, what is used for controlling space probes, and in theory, the entire history of mankind can be stored to those nano-sized optical disks. The small size optical disks are very strong against mechanic corrosion, and that's why they could be effective systems for storing data.

Use as the parts of nanomachines

But the cores of diatoms can be used in many other purposes in nano- and mini technology. They can be used as the miniaturized clutch, which can be used to control the miniaturized motors. And the lasers can also machine those miniaturized parts to miniaturized pinions. If there would be holes in the core of diatom, that thing can be used in miniaturized filters. And the most fascinating tools, that nanotechnology can ever create are the miniaturized "satellites" that would travel inside the human blood veins.

They might have propellers or miniaturized paddle wheels, which allows them to float on the air or travel inside the human body. Those satellites can use magnetic levitation for hovering on air, and that means that below them must be the magnetic layer. But if they are used for searching damages in the places like satellites, manned and unmanned spacecraft and -stations they can hover in zero-gravity conditions, and as I have written many times, they can create their energy by using high-power radio waves.

Radiowaves can deliver energy to miniaturized submarines, what can travel inside the human body, as well in the water lines of the city, and search the things like extraordinary bacteria and pollution. Those systems can capture even single bacteria, and they can search for many things, that people ever can find.

In some ideas, those robots might be used against bacteria and other harmful cells by equipping them with miniaturized centrifuge guns, what would shoot the medicine or something that makes holes to the targeted cells, and those miniaturized satellites can operate inside the human body.

But the can also be used for checking things in the water tubes, and machine technology. In that case, miniaturized robots would travel inside the machines. Those robots can be equipped with RFID-chip, which allows locating every each of them. And miniaturized cameras or laser detectors, what can scan the layer.

One of the most interesting areas, where that kind of thing can operate is space technology. The spacecraft could hover miniaturized robots, which are getting their power from the radio waves. The system would locate the place of every single robot, and those small satellite-looking things can search the damages, which can expand from the places, where normal people cannot even look. And if the group of those miniaturized robots is flowing in the same direction, there might be a leak in the spacecraft.

Image:

https://naturalishistoria.files.wordpress.com/2015/02/diatom-slide.jpg

The planet of water drops

The planet of water drops

The "water drop alien" (or robot) is mentioned in one book, and the thing is that this kind of organism is not so imaginational as we might want to believe. One version of those things is the structure, which seems a little bit like sea-urchin. This structure would have long cilium, which keeps the water above it, and the water makes the protective core for the body of the organism.

Or actually, it might seem like the fluff and the kinetic particle would be inside the water drop. If we are thinking about the alien, what wants to move the fetus in the stomach of some other organism, it can simply create this kind of semen. The mission of the water drop is to deny the operations of the detectors, what mission is to warn the living organisms about the bio danger. And that kinetic semen might be transparent.

Here we must realize that those things might be systems, what mission is to transfer the nerve cells to the body of the other species. So if they are artificial, they might be creatures, that are created by using highly advanced bio- and robotics technology, and they might be very deadly systems. The thing is that those machines could make the layer between the brain core and the inner brains, and that allows taking the body to the control. Or they just can release the morula to the stomach, of the creature, what eats them. So this kind of thing is really dangerous, and that would give breaks for the plans of the journeys to the other solar systems.

Do you know, why I'm talking about structure? The thing is that when we are talking about exobiological systems, we might also mean things like automatized factories, what are left on the planet when living organisms have been gone somewhere. In this case, the hypothetical aliens would simply fill the water storages and make repairments in the solar system before they would continue their journey.

So if we are thinking about the case that some alien civilization could make the base to some water planet that thing means that some kind of systems like "Von Neumann" factories might be below the surface, and if rescue crew doesn't know about them, they can leave those robot factories below the surface. In this case, the robot factories would continue their mission.  Or the aliens would just forget to cut the power when they are disbanding their systems to some planet.

But this kind of system is also interested in the military because that kind of thing allows delivering poisonous material like nerve gas to some bases. In those cases, this kind of hairy ball robots would transfer the nerve agent to the military base, and sensors would not be alarmed, because those systems would be covered by water. And when the water drop is drying those robots would release the poisonous agent in air.

Cursed merchandise and modern technology

Cursed merchandise and modern technology

When we are hearing that some merchandise is cursed, and we would want to research that thing, we must find out if that curse would be connected only to the specific merchandise itself or something, what is inside it. When we are thinking about something like cursed video cassette, we must find out, is that curse in the film itself, and is that curse visible also in other formats, like the digital file?

Or does that curse effective only, when the person uses the certain video-cassette? In some modern scenarios, the criminals or foreign agents would change the laptop computer of the targeted person. And that thing would send subliminal messages and flash pictures all the time to screen. And those images and messages can be stored to microchip, that they are working on some certain computer.

So in the first case, the film might involve the flash images and subliminal commands, which causes bad feeling and fear. The thing is that those images are visible if the film is searched by the picture to picture.

But if the curse involves only to the certain VHS-tape, would that mean that somebody has been put some chemical component like nerve-agent like VX-nerve gas on that tape. But there is also another version of that thing, and this version is that the VHS-tape would involve things like nanomachines. 

When the hypothetical technician makes that kind of things, that person might just put very small robots in the cassette, and then there would be the control unit in the same box, and then that system would release the nanomachines to the room, and after they have done their job, those machines can return to their base, what is that VHS-tape for re-use.

Those machines, what is looking like water drops, and acts like computer-controlled amoebas can simply slip in the body, and block the blood veins in the victims head, and then slip out. Those systems might be made by using silicone, and they are invisible to the chemical sensors. The movement of those robots would be happening by the nano technical rings, which are controlled by small microchip.

There are many new roles for robots in our homes

There are many new roles for robots in our homes

When we are thinking about developing the new kind of emotional robots, which are making everything, what we want we are facing the next kind of solutions of robotics. Those machines are called as sex-robots because they were originally invented or giving an idea for the intelligent "sex dolls", but those machines can actually make many other things, and they can operate as the high-tech servants, what are making things, what people cannot even think about.

Those machines can clean our houses, or drive our children to school, but they are horrifying weapons in the wrong hands. Those robots can operate as the warriors on the battlefield, but when we are thinking more operative usages for those things they can operate as the body switches. That means that the leader of the enemy can be assassinated, and then the robot can take the place of that person.

But also law enforcement and other kinds of actors are interesting in this kind of machinery. The horrifying vision of that technology is that some parliamentarians would be changed to robots, and they would make decisions, what the controllers would want. But where everything began, and why modern robots are so effective and flexible tools?

In the wildest dreams, those robots would drink and eat like a human

The modern artificial intelligent robot is connected to the Internet, and that makes possible that this machine has got every necessary database in use, and that makes those tools flexible and multi-purpose. They might have plastic stomach and intestines that they can eat like normal people, which is a very good skill if robots would go to dates.

Maybe some dating services are using those robots to find out dangerous people before they will offer that person to other people. Those robots are using fuel cells for creating electricity, what they need, and they can simply drink spree for getting fuel.

"Robot vampires" would need a replacement for the iron in chemical batteries

If those robots would use batteries, where the gold and iron are forming the electrodes, that system would need a replacement for the iron. This system would create enough electricity for operating that robot. And that would be a good idea of the horror movie about vampire robots, what would need to drink blood to replace the rusty iron in the batteries.

The chemical battery would be flexible and it can be masked as the stomach, and the robot would need to eat the iron dust for making that battery operating because the electricity would be created by using the mixture of sulfur acid and iron, what is connected with the net of golden wire.  That means that another electrode would be liquid and then another would be nobler metal.

But the most modern visions those robots use compost, what is inside them to create methane for their fuel cells. That compost uses bacteria for creating that hydrocarbon, and that allows the robot to eat like other people, and that would make them even more flexible.

But the example of those robots is human-looking robots from the "Alien" movie series. That robot would communicate with people, and act like other persons, and the thing what makes them so intelligent is that those robots are actually the spacecraft, what communicates with the crew by using those robots, what is communicating with it's a supercomputer.

HIV and some other viruses can soon be the history

HIV and some other viruses can soon be the history


HIV and some other viruses can soon be the history


The modern medicines can make possible to transfer some of the deadliest viruses to history, and when we are thinking about the war against HIV, we might say that the science, what is behind the research and development process of the modern antiviral medicals can benefit also creating the counter actions and cure against other viruses. The antiviral medicals could be effective also against other viruses, and the thing is that this can be the biggest victory in the history of mankind. One of the most fascinating things is to use the adipose molecules for the cure against viruses, and the way to make that thing would be used lipids as the little bags, what will close those viruses inside them, and then those lipids would just remove from the body.


That thing would seem a little bit too futuristic, but if we would think that thing in the point of view the nanotechnology, that process would be done that in the adipose molecules or very small drops of that material would connect little bite of metal, what allows to control those things inside the human body by using magnets, and the drop would be equipped by small chamber. Then those adipose balls would pull inside the human body, and when they are facing the virus, that thing would close in the bag, and remove from the human body.

Nanotechnology would give a futuristic solution for medicals

That thing bases the idea, that the ionized ring-shaped molecule could keep the hollow chamber door open by using magnetic pulling force with the same polarity of electricity, and when the virus would slip in, the door or hatch would close, because the electricity of the molecule is removing. The adipose balls would be far smaller than the cells, and they can be very effective if we could someday control those things.

Also, the bigger adipose drops can be used to close the cells, what are infected be viruses to the bag and remove them from the body. That thing bases that in this drop would connect the enzyme, what would target those machines to the infected cells. The nanotechnology would in the future allow to create very small robots, what could remove the virus genomes from the nucleus of the cells. Nanotechnology would be a fascinating tool in the medicines because they can destroy viruses and also those nano-drops could remove bacteria from the body as well they do with the infected cells.