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Particle accelerators and stealth technology are an impressive combination.

    Particle accelerators and stealth technology are an impressive combination. 


Photonic crystals can make structures invisible to the human eye. 


The photonic crystals can turn the visible light to UV or IR radiation. If the layer is covered by photonic crystals that move radiation into the higher or lower wavelength that kind of system can deny the visible light reflection from the layer. And that thing can make the ultimate stealth systems possible. 

When we talk about the systems that can transform the layer invisible to the human eye we forget photon crystals. Photon- or photonic crystals can transform the wavelength of the radiation. That means the photonic crystals can transform the reflection that comes from the object to UV or IR frequencies.  If reflection that comes from the layer turns to UV or some higher energy radiation with photonic crystals. That thing can make objects invisible to the human eye. 






Above:) Fictional space fighter. The next-generation stealth shuttles might look like this. The particle accelerators that are connected with lasers would be the prime weapon for that kind of system. 

The miniature particle accelerators also can make new types of accelerator laboratories possible. The miniature particle accelerators can connect with lasers. And in those systems, the laser ray pushes electrons or some other particles forward. That thing increases the power of those laser systems. The electron-accelerating lasers can have solutions in civil and military sectors. 

The high-power laser-accelerated protons and electrons make it possible to create new and compact particle accelerators. In some Scifi books is a tool called an antimatter cannon. The problem with antimatter cannons is that antimatter annihilates immediately when it hits to air. The high-power electron lasers could solve this problem. The system can create a vacuum channel in the air where those antimatter particles can travel without touching material. 

Those systems can make antimatter systems like antimatter engines possible. The small-size particle accelerators can also be used in fusion systems to drive ions against each other. 

They can be used to pull ions backward in aircraft and spacecraft. If we put that particle accelerator in the spacecraft wings we could make an ultimate system that can use WARP drive for transporting it to other stars. The idea of that kind of system is that the spacecraft travels to as high a speed as possible using antimatter systems. Then when the craft reaches the top possible speed it will pull ions to it, and those impacts make their energy level so high that those crafts will travel to the fourth dimension. But this type of system is far in the future, but closer than we imagined. 


https://www.livescience.com/physics-mathematics/particle-physics/worlds-smallest-particle-accelerator-is-54-million-times-smaller-than-the-large-hadron-collider-and-it-works

https://scitechdaily.com/einsteins-theories-revisited-scientists-produce-pseudogravity-using-photonic-crystals/

https://scitechdaily.com/key-components-of-quantum-technologies-coupled-with-new-interface/

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

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