The nanorobot can, in theory, send to another solar system by using the electromagnetic wormhole.
Nanorobots and black holes are interesting tools for the scientists but on this day those things are an only pure theory, but in some thoughts, this kind of things would make the traveling between the stars possible, but those systems will be far away from the technology, what allows human travel through the wormhole to the other solar system. And for working this theoretical device would need the black hole in the targeted system, what can form the wormhole between those black holes. When we are talking about the size of the probe, we are talking about the system, what size is similar to systems, what are photographing living human body. Sending the manned spacecraft through the wormhole would need quite big advantages and much higher energy layers than sending nanorobot through the wormhole.
Sending nanorobot to search the other solar systems is an interesting thought, and ability to create that thing would be fascinating. But in real life that laboratory would be created in the far away from the planet earth because the black hole would be a very dangerous tool if it is forming in the atmosphere. Maybe in the distant future, we might make this test in real life, by using laboratories, what are send to the huge distance from the Earth. The laboratory would be the artificial planet, which might be like some ECHO-satellite. To that ball, what is made by using mylar, and the inner layer would be covered by metal layer would conduct the electric power, what would send to that sphere by using the extreme powerful radio waves.
In the center of the ball would be the absolute round ball, what is made by using crystal or glass, there are no air bubbles inside it. The target of the radio impulses must be precisely in the middle of the ball, which allows the energy will press that thing fully geometrically round form, which denies that the particle would crash because of the asymmetrical energy pumping. Then the radio waves would be targeted to that bite, and in theory, that thing can form the black hole, what can synchronize to oscillate with the same frequency with some black hole like Cygnus X-1. And then the nanorobot would send through that wormhole. Or in the inner layer of the ball would be the CCD-cameras, what can take pictures through that thing.
I have written many of this kind of texts, and at the beginning, I must say that wormholes or electromagnetic artificial black holes, what would be used to create the wormhole or tunnel between two black holes are only in the theoretical level. The needed power of the electric systems is so huge, that this kind of tests has been hard to even suggest to the science community because there are many risks in this kind operation.
But the tiny black hole can be an interesting tool in the hands of scientists because through that thing could send the miniaturized probe, what uses similar technology what is used in devices, what are used in the cases, where the living blood veins are photographed from inside. That nanorobot can take the pictures in the other solar system, where is the black hole, and that communication between the artificial black hole and the natural black hole, what might be some Cygnus X-1 would take the only couple of seconds, and then the wormhole would be closed.
The strange thing, what one painting was brought in my mind is, has somebody attempted to make wormhole between the Earth and another solar system? The most conventional versions the black hole is formed in the middle of the "rope trick" cameras, what are used to observe the nuclear explosions. The wormhole could have existed less than the second, and the thing is that this test is actually very dangerous to make because there is a change to create the stable singularity in the atmosphere, and the risk is that the atmosphere of the Earth is sucking to some other solar system. And if we would like to create this test, we must create the chamber, what is a perfect ball.
The thing would seem like some NIF (National Ignition Facility) but in the real world, we might not make that test near the Earth. In this scenario, the electromagnetic devices would make the tiny wormhole or black hole, as its popular name is, and then the other solar system can be researched. This kind of experiments are the things, which is not so magnificent that some launches of Saturn V rocket, but they are quite interesting.
In this scenario, the scientists would form the very small wormhole, and then send the small nanorobot through it to research the other solar system. This is the so-called classic way to send the device to other solar systems. If we would want to create this kind of device, we must just make the black hole to the air or somewhere in the space, and then shoot the nanobot through it. And maybe that device would send the data from other solar systems a couple of seconds before the wormhole would close, and that tiny device is lost in the space.
The small size black hole would stay a stable only couple of seconds, and in theory, that thing can be formed by using a particle accelerator. But in fact that device is very hard to create in real life. There is needed an extremely high level of energy, and then the system would load the precisely round bite of glass by using the energy, what would be pumped to that little crystal bite but then the theory is very difficult to bring in the practical use because black holes are extremely dangerous.
When some scientist tells that something is very easy to create, that would mean that the test is very easy to put in order, that thing is not very easy to accomplish. The energy level, what is needed is extremely high, but the thing is that tiny black hole or singularity can be used to look to the other solar systems. In most conventional versions the black hole would be created in the front of the microscope, what can used to take a picture from the distance.
Nanorobots and black holes are interesting tools for the scientists but on this day those things are an only pure theory, but in some thoughts, this kind of things would make the traveling between the stars possible, but those systems will be far away from the technology, what allows human travel through the wormhole to the other solar system. And for working this theoretical device would need the black hole in the targeted system, what can form the wormhole between those black holes. When we are talking about the size of the probe, we are talking about the system, what size is similar to systems, what are photographing living human body. Sending the manned spacecraft through the wormhole would need quite big advantages and much higher energy layers than sending nanorobot through the wormhole.
Sending nanorobot to search the other solar systems is an interesting thought, and ability to create that thing would be fascinating. But in real life that laboratory would be created in the far away from the planet earth because the black hole would be a very dangerous tool if it is forming in the atmosphere. Maybe in the distant future, we might make this test in real life, by using laboratories, what are send to the huge distance from the Earth. The laboratory would be the artificial planet, which might be like some ECHO-satellite. To that ball, what is made by using mylar, and the inner layer would be covered by metal layer would conduct the electric power, what would send to that sphere by using the extreme powerful radio waves.
In the center of the ball would be the absolute round ball, what is made by using crystal or glass, there are no air bubbles inside it. The target of the radio impulses must be precisely in the middle of the ball, which allows the energy will press that thing fully geometrically round form, which denies that the particle would crash because of the asymmetrical energy pumping. Then the radio waves would be targeted to that bite, and in theory, that thing can form the black hole, what can synchronize to oscillate with the same frequency with some black hole like Cygnus X-1. And then the nanorobot would send through that wormhole. Or in the inner layer of the ball would be the CCD-cameras, what can take pictures through that thing.
I have written many of this kind of texts, and at the beginning, I must say that wormholes or electromagnetic artificial black holes, what would be used to create the wormhole or tunnel between two black holes are only in the theoretical level. The needed power of the electric systems is so huge, that this kind of tests has been hard to even suggest to the science community because there are many risks in this kind operation.
But the tiny black hole can be an interesting tool in the hands of scientists because through that thing could send the miniaturized probe, what uses similar technology what is used in devices, what are used in the cases, where the living blood veins are photographed from inside. That nanorobot can take the pictures in the other solar system, where is the black hole, and that communication between the artificial black hole and the natural black hole, what might be some Cygnus X-1 would take the only couple of seconds, and then the wormhole would be closed.
The strange thing, what one painting was brought in my mind is, has somebody attempted to make wormhole between the Earth and another solar system? The most conventional versions the black hole is formed in the middle of the "rope trick" cameras, what are used to observe the nuclear explosions. The wormhole could have existed less than the second, and the thing is that this test is actually very dangerous to make because there is a change to create the stable singularity in the atmosphere, and the risk is that the atmosphere of the Earth is sucking to some other solar system. And if we would like to create this test, we must create the chamber, what is a perfect ball.
The thing would seem like some NIF (National Ignition Facility) but in the real world, we might not make that test near the Earth. In this scenario, the electromagnetic devices would make the tiny wormhole or black hole, as its popular name is, and then the other solar system can be researched. This kind of experiments are the things, which is not so magnificent that some launches of Saturn V rocket, but they are quite interesting.
In this scenario, the scientists would form the very small wormhole, and then send the small nanorobot through it to research the other solar system. This is the so-called classic way to send the device to other solar systems. If we would want to create this kind of device, we must just make the black hole to the air or somewhere in the space, and then shoot the nanobot through it. And maybe that device would send the data from other solar systems a couple of seconds before the wormhole would close, and that tiny device is lost in the space.
The small size black hole would stay a stable only couple of seconds, and in theory, that thing can be formed by using a particle accelerator. But in fact that device is very hard to create in real life. There is needed an extremely high level of energy, and then the system would load the precisely round bite of glass by using the energy, what would be pumped to that little crystal bite but then the theory is very difficult to bring in the practical use because black holes are extremely dangerous.
When some scientist tells that something is very easy to create, that would mean that the test is very easy to put in order, that thing is not very easy to accomplish. The energy level, what is needed is extremely high, but the thing is that tiny black hole or singularity can be used to look to the other solar systems. In most conventional versions the black hole would be created in the front of the microscope, what can used to take a picture from the distance.
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