Can we create robots or computers that are more intelligent than humans? And would we need those systems for travel to distant words like icy moons of Neptune?
Can we create robots or computers that are more intelligent than humans? And would we need those systems for travel to distant words like icy moons of Neptune?
This question is very interesting because we can connect the human-shaped or even bug-sized robot to the supercomputers by using mobile data connection and outsourcing the calculation capacities will give the ability to give even the smallest robots very sophisticated abilities. If we think the ability to connect the robots straight to human brains by using EEG-bandanas, we can think the case.
That the system would consist of the ability to connect human brains to the same interface, what allows remote-system controls the field-operating robots, that would give the robot more brain capacity than humans. And this thing has given ideas to the robots like "Data" in "Star Trek" movies.
Those robots would look like very emotional, but they would be the part of the craft"s central computer system. That device would communicate with the crew, but there might be some other missions of that machine. There has been introduced one of the most extraordinary things about the purpose of that kind of hypothetical robots. And that is the robot would act as the pineal gland for the central computer. The idea is that the robot itself is highly sophisticated microprocessor what communicates with the memory blocks of the craft.
And this kind of things would be interesting when we are thinking about a hybrid computer system, where the central computer would operate with a robot. This kind of systems might look like basically trucks. In the roller-coaster would be the central computer, what communicates with the human-shape robot, what will operate as a driver. A similar system might also installed in the normal-looking houses. This kind of ideas can be used as the base for ideas to send human-shaped robots to other planets.
Those particles or targets for intelligent space probes could be extremely cold moons of the distant planets.
The idea is similar in many cases. The human-shaped robot can operate separately from the platform, where are the central computers. And also the system might get assistance for computing from the satellites and super-computers, what are on the Earth. The system might use many sensors for modeling the environment, and one of those systems is laser-scanner, which would model the area very effectively.
If the system operates on some icy moon, the quadcopters would use the frozen gas for the propellant of the rocket engines. The system might break water molecules or it can boil hydrocarbon or nitrogen ice by using electric arc. And this would make possible to fly above those distant and icy worlds like moons of Saturn or Neptune.
Also, that robot would operate with quadcopters, what will scan areas, what is invisible for the robot itself. The operators, who are working with supercomputers, and the super simulations would use this model for creating the routes for those robots. When we are thinking about the form of this kind of robot or robot group, it might look like some kind of jeep and the human-shaped robots could walk around it.
The computers would be networked the human-shaped robots and the central computer, what locates in the jeep-shaped vehicle. That combination can send the "humanoid robots" to search for things like cliffs. And if those systems are operating on the planets, where are not life forms but there is an atmosphere, all of the parts of those systems might use nuclear power.
But if there is not the atmosphere, but there is water, the quadcopters could create oxygen and hydrogen for rocket motors by using electrolysis. In those cases, the system would take the bite of ice and melt it in the electrolysis chamber. Also, there have been ideas that if the ice is forming by some gasses like frozen nitrogen or hydrocarbon the system might use electric arcs for steaming that material, and that would make the probes fly above frozen worlds of the distant moons.
This question is very interesting because we can connect the human-shaped or even bug-sized robot to the supercomputers by using mobile data connection and outsourcing the calculation capacities will give the ability to give even the smallest robots very sophisticated abilities. If we think the ability to connect the robots straight to human brains by using EEG-bandanas, we can think the case.
That the system would consist of the ability to connect human brains to the same interface, what allows remote-system controls the field-operating robots, that would give the robot more brain capacity than humans. And this thing has given ideas to the robots like "Data" in "Star Trek" movies.
Those robots would look like very emotional, but they would be the part of the craft"s central computer system. That device would communicate with the crew, but there might be some other missions of that machine. There has been introduced one of the most extraordinary things about the purpose of that kind of hypothetical robots. And that is the robot would act as the pineal gland for the central computer. The idea is that the robot itself is highly sophisticated microprocessor what communicates with the memory blocks of the craft.
And this kind of things would be interesting when we are thinking about a hybrid computer system, where the central computer would operate with a robot. This kind of systems might look like basically trucks. In the roller-coaster would be the central computer, what communicates with the human-shape robot, what will operate as a driver. A similar system might also installed in the normal-looking houses. This kind of ideas can be used as the base for ideas to send human-shaped robots to other planets.
Those particles or targets for intelligent space probes could be extremely cold moons of the distant planets.
The idea is similar in many cases. The human-shaped robot can operate separately from the platform, where are the central computers. And also the system might get assistance for computing from the satellites and super-computers, what are on the Earth. The system might use many sensors for modeling the environment, and one of those systems is laser-scanner, which would model the area very effectively.
If the system operates on some icy moon, the quadcopters would use the frozen gas for the propellant of the rocket engines. The system might break water molecules or it can boil hydrocarbon or nitrogen ice by using electric arc. And this would make possible to fly above those distant and icy worlds like moons of Saturn or Neptune.
Also, that robot would operate with quadcopters, what will scan areas, what is invisible for the robot itself. The operators, who are working with supercomputers, and the super simulations would use this model for creating the routes for those robots. When we are thinking about the form of this kind of robot or robot group, it might look like some kind of jeep and the human-shaped robots could walk around it.
The computers would be networked the human-shaped robots and the central computer, what locates in the jeep-shaped vehicle. That combination can send the "humanoid robots" to search for things like cliffs. And if those systems are operating on the planets, where are not life forms but there is an atmosphere, all of the parts of those systems might use nuclear power.
But if there is not the atmosphere, but there is water, the quadcopters could create oxygen and hydrogen for rocket motors by using electrolysis. In those cases, the system would take the bite of ice and melt it in the electrolysis chamber. Also, there have been ideas that if the ice is forming by some gasses like frozen nitrogen or hydrocarbon the system might use electric arcs for steaming that material, and that would make the probes fly above frozen worlds of the distant moons.
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