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.

Robots of tomorrow would eat the same nutrient with animals

Robots of tomorrow would eat the same nutrient with animals

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Soft, silicon core robots can act like amoebas.

Nano-size fuel cells, what is looking like mitochondrial have given ideas for creating artificial cells, what would be made by silicone. Those mitochondria could also connect to normal cells. The soft robots would use special fibers for movement. Those fibers can be controlled by magnets. And they can be carbon fibers, where is the iron bites. Or in a simpler solution, the silicone bag would be filled with liquid, that reacts to magnets or electricity. That means that the electrodes, what is installed to those cells would change the form of the core.

This is how natural amoebas would move in nature. If we would use the thermoelectric element we could send those robots to search volcanic areas and especially geysers and hot rivers. They could be very useful in that purpose because they could use external temperature as the electric source. And the silicone layer would protect the electronic observation systems from the other heat.

The electricity would get from artificial mitochondria. The nucleus would be removed and replaced by using the microchip if the machine is created by using natural cells, but in the thing would also be the single silicon bag. The microchip what controls that machine would use the thermoelectric element for creating electricity.

Robot what eats normal food would revolutionize the robotics

In theory, they could use ATP-synthesis for creating temperature, which makes thermoelectric elements for creating electricity to the small microchip. ATP is the normal power source for natural cells. And the thing will allow using normal nutrient for those robots. That kind of thing would make those things more independently and sophisticated. The softcore artificial cell would have many usages from the medical to scientific and military purposes.  Those soft robots can search the blood veins or digestive tract of the animals, and search what the fishes eat, and what influence the pollution would have to those species.

They can slip in the human body, and clean the blood veins, and in this case, the silicone bag would have a rough surface. If the system would work perfectly, it can wipe out the plaque from the veins, and make the blood run perfectly. But those machines can also close blood veins to the tumors. The problem is that those systems would be used also in military purposes. They can close the blood veins to the brains, and that would cause the death immediately, or the person would go unable to operate.

The artificial scarab beetle can be the robot of tomorrow

The artificial scarab beetle can be the robot of tomorrow

The artificial scarab beetle, what uses dung in the nano technical fuel cells can be the robot of tomorrow. The small size robots have problems with energy production and the thing in those robots is that the small size would make special requirements for the power sources, and the problem is the long term use of those nano bugs in the field. One of the most promising solutions for the power source of the nanobots is the fuel-cell, what can get the methane from the dung, what the robot can find independently.

Of course, the plutonium batteries are an effective solution,  but things like radioactive material would make them impossible to use because if the radioactive material would get in the wrong hands, the radioactive material would be used in the "dirty bombs" or they can transform to the bullets, what can be very disastrous. Anyway, the plutonium batteries might be used in nanorobots, what will send to research the surface of the planets like Venus and Mars.

Those extreme small robots could communicate with the command center by using the normal probes and robot cars as the relay station, and those maybe beetle-sized robots would send to search places like caves and places, what is too small for the normal robot cars. And the probes of tomorrow would have tens of miniaturized sub-robots, what they are carrying. In some scenarios to the atmosphere of the Venus and Titan would drop the swarm of the robot insects, what can form the flexible entirety, what can operate independently, because the artificial intelligence can control every particle in the swarm.

Even if, the computing capacity of the single nano bug would be limited, those nano bugs can communicate together by using a WLAN connection, and that allows them to make the entirety where the tiny computers can operate as one large computer. That artificial swarm of insects can drop to the atmosphere by using a rocket, and because the robot bugs can operate also independently, that swarm can travel across the atmosphere and search interesting objects on that strange world.

And because those robot beetles can operate also separately, that swarm can lose a couple of its members, and that would not mean that the mission will be risked. If there would be only one probe, the accidents like impacting the surface would cause the loss of the probe. Those nano bugs can use tiny plutonium batteries for their energy supply, and that allows them to operate even years in the atmosphere of the worlds like Titan moon of the Saturn.

But on the Earth, those small-sized robots can go to the hands of the persons, who would be dangerous, if they have plutonium batteries in their hands. And the swarms of the robot insects are planned to use in the war on terrorism. Those robots can be dropped from the aircraft, or send by using missiles to the operational area, but their problem is the short operational time of the nanobots, which uses conventional batteries.

Those nanobots can communicate with aircraft and satellites if they have electric power, and they can search the targets for aircraft, or those nanorobots can inject ricin to the targeted people. The power source of those nano bugs can be the fuel cells, which can use methane for giving electricity in the nanosized fuel cells, and the methane can get from the dung. The dung would create methane gas when it would get in the anaerobic conditions and the small size robots can use nano technically produced fuel cells for creating the electric power to their operational systems.

The hydrogen fuel storage is a problematic thing in hydrogen vehicles

The hydrogen fuel storage is a problematic thing in hydrogen vehicles

One of the biggest problems with the hydrogen power vehicles is the structure on the fuel tank because the leak of the hydrogen gas would be released in the air, would the result be the explosion. The best solution for the structure of this vital component is the nanotechnical solution, where the structure seems like foam, and in every bubble of this structure is the ventilation system, what denies the leak of the hydrogen in the case of damage.

The thing is that this system would be more effective and safer than store the hydrogen in some alkali metal like lithium, which is dangerous because of the high reactivity of the alkali metals.  And the thing what is a risk in the hydrogen-powered system is that somebody accidentally or in purpose damages, the hydrogen storage, what would cause that the highly inflammable and explosive hydrogen gas would leak in the air, and the bubble-tank would limit the mass of the leaking hydrogen gas.

The hydrogen is excellent material for the combustion engines, but there is one problem with that thing. Hydrogen is clean and energy efficient fuel and the only thing, what is problematic in the production process, is that the electrolysis process must be used the clean energy. If solar power or some other clean energy system would be used in the electrolysis process, that thing makes hydrogen very useful as the clean fuel.

There is another problem with hydrogen engines, and the thing is that Hydrogen is gas, and if that fuel is leaked in the closed space, that can cause the explosion risk because hydrogen can explode in the mixture of air. So the fuel tank or storage in the vehicles, what are using in those hydrogen systems must be made by using the cell structure. That means that in the case of the leak, this tank would leak only the small number of the hydrogen gas in the air.

By using advanced structure technology the tank can be made by the metal or carbon fiber, and the structure will seem like foam. In every bubble in that material would be ventilation, what would close each cell if there is some kind of leak, as I wrote on the top. And this kind of safety problems is shadowing the development of hydrogen power systems. The thing is that the battery technology would be less effective than the fuel cells, but they are safer than the hydrogen fuel cells.

The thing with hydrogen is that it can also be used in turbine motors and the turbines are giving the very much more power to any vehicle than the turbine motors. In the visions, the trucks and some other heavy duty devices would be equipped with the turbines along with electric power systems, and those hydrogen burning turbines can give those vehicles extreme high power, and they can operate with turbines in heavy-duty situations, where the cargo is extremely heavy.

One of the most interesting invention in the world: Robot bird

When the scientists discovered the thing, that the bird actually moves its wings similar way, as the row moves when the man is rowing the boat. That thing allowed to make copies of the living birds, and those robots can be used in the many missions. The robot can be equipped with the solar panels, which seems like a feather, and that is actually the solar panel, what has been masked as the feather.

hose artificial feathers are actually solar panels, what are looking like exactly the natural feathers, and if the bird is black, would the silicone panel not able to separate from the natural feathers. But of course, those birds can have the fuel cells, and they can drink hydrocarbon, and that equipment could get them very long enduring operational time. In the most conventional versions, the birds can use similar chargers with cell phones, and those chargers would load the batteries of those robots when it will land on them.

Also, the batteries can be loaded by using radio-masers, which give them a very long operational time and those robots can operate in a long way from the base. The computer power of those robots is of course very low, and that's why they can be equipped with a satellite communication system, which allows taking support from the supercomputer centers. The purpose of those robots can be reconnaissance, and they might be equipped with laser microphones.

Or they might have sub robots, what would slip in the houses, and those tiny nano bugs can get the vital information from the things, what the targeted persons would plan. Those "birds" might also have microwave weapons, which allows them to heat the ammunition or fuel dumps. And of course, those little birds can have high- voltage electric batons on their feet, that they can damage communication lines and other equipment.

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