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Why do counter-wave systems require superconducting? (Counter wave stealth part II)

   

 Why do counter-wave systems require superconducting? (Counter wave stealth part II)



The counter-wave stealth systems require extremely accurate power of the counter radiation. The easiest way to make the counter wave is simply to conduct the radiation of radars back. The idea is that the echo of the radiation would have the same energy level as the radar that points to the target. 

Normally when radar will light the target it loads energy in it. The requirement for the situation that the radar can see the target is that the echo will travel to the receiver. If that radiation will suppress before it hits the surface. That thing makes it impossible to get an echo from the object. 

The reflection is always a similar effect without depending on the wavelength of the electromagnetic radiation. When photon or electromagnetic wave movement hits the quantum field around atoms it loads energy to them. Then those quantum fields will transmit extra energy in the form of the photon or wave movement. That thing makes it possible to see the object. 

If those quanta fields are extremely low energetic that thing can cause that material would not to send extra energy so easily. If there is possible to make material whose quantum fields are "soft". This means they are pulling all radiation in them. That makes the object look like an electromagnetic shadow, There is the possibility that the lowest possible energy level in the material can turn it unable to reflect the radiation. The superconduction means the outer layer of the craft turns extremely cold. And that makes the craft invisible to infrared sensors.


Superconducting layers can use to create, So-called zero-point energy. 


That thing can use to increase the operational range of those systems. And that energy could use in electric or plasma-jet engines. Those systems can at least benefit the radio waves as the energy source. But maybe in the future, they can also use natural magnetic fields. For creating energy for avionics. 

The other way is simply to use nanotubes or something like that. To conduct radiation that hits the surface in another direction. The difference between this kind of system is the stealth technology that will simply aim the echo away from the surface. Is that the system would use nano-quantum technology. For suppressing or conducting the radiation away from the observer. 

Superconducting means electricity without resistance and that means when a radio wave hits the antenna, it can simply send the pulse back to the radar. The thing is that breaking this kind of system would happen by using the radars that are sending pulses with various powers. 


https://interestingengineering.com/new-electric-jet-engine-actually-works-inside-the-atmosphere


https://scitechdaily.com/invisibility-cloaks-may-soon-be-real-creating-invisibility-with-superconducting-materials/


https://scitechdaily.com/nano-chocolates-that-store-hydrogen-innovative-energy-carrier-of-the-future/


https://en.wikipedia.org/wiki/Plasma_propulsion_engine


https://en.wikipedia.org/wiki/Zero-point_energy


https://thoughtsaboutsuperpositions.blogspot.com/

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