What would you do with the material, what captures all photons?
Have you seen TV-series "Deep space nine"? There are the "shadow ships", what looks like shadows. In real life, this kind of technology could be possible in the future.
The thing called quantum stealth means material, which has the structure, which captures the photons, electrons, or both of the things. Sometimes the idea of this kind of material is simple, just create the new type of glass-wool, which would pull the entire electromagnetic radiation in it.
Like in many other cases theory is far away from reality. This kind of material is easy to make in theory, but practical solutions are more difficult to accomplish. If that kind of solution can be made, that thing turns the material to shadow. And it can also deliver the electromagnetic radiation to the engines or electric systems of the aircraft or the ships.
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What if the ion engines could have their electricity wirelessly?
The ability to transfer electricity to ion motors by using Maser-rays makes zero-point propulsion and energy development interesting. If the ion engines transfer electricity straight to movement, which means that the ion system would push the aircraft through the air would be created, the nanolayers, what transfer electromagnetic radiation to the electricity can make the flight without refueling possible.
In this case, the electricity can transfer to the aircraft wirelessly, which allows the aircraft to flight even years without nuclear reactors. So this is the reason why ion technology and stealth are interested in the military world.
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The nanotechnical fibers can be the solution, that might interest the engineers.
One of the solutions could be the nanotechnical material, which would let the photons come in its structure, and makes them jump back and forth. That thing would make the photons or wave movements suppress itself. But what kind of structure that kind of material would have?
The model in nanotechnical materials is similar to the normal material, but the structure is smaller and more accurate than in so-called normal materials. So when we are thinking that the nanotechnical solution must have the ability to take the particles like photons and other electromagnetic radiation inside it and then make that radiation to suppress itself, we can imagine the solution that looks like the thing, what is called nanofibers.
The nanotubes, which have two materials might be the answer. That nanotube must mirror the light and other radiation inside the material layer, which makes it the darkest material in the world. The nanotubes, what are capturing the radiation inside them, would also be the answer. The thing is that this kind of stealth materials can be very soft, which makes them not useful alone.
But the answer can be the thing that is called the composite nanotechnology. The surface layer of the material can be hardened by using the fullerene or rather saying graphene. The problem in the covering that material is that the electromagnetic radiation must let in it. So if that kind of material is someday possible to create it would open the new era in stealth technology.
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