Quantum stealth: how to make the information travel away from the observer?

Quantum stealth is multiple systems that are denying the reflection from the surface. Some quantum stealth systems use counter waves that pull energy out from the impacting waves. And the system must just transport information in opposite directions from the surface. 

The idea of that kind of system is that information travels through the layer without causing any reflection. In some versions, the simplest model is to make the quantum entanglements from the surface that researchers want to make invisible. The idea is that the quantum system makes the entanglement that way that the information travels out from the layer inside the craft. 

The quantum entanglement where the outer side is at the higher energy level and the side that is at the lower energy level will be connected to the laser. That kind of system collects the energy from the laser that transmits it in the wanted direction. 

And that kind of system can deny all kinds, of reflection that come from the outer layer.  In this version, the electromagnetic wormhole transfers energy out from the shell away from the observer's direction. 

If that system is powerful enough, it can pull all energy inside the craft. If this system is possible it denies also making observations by using visible wavelengths of the objects. Because it pulls all energy inside the craft, nobody can see it from outside.  

The laser- or electron beam can pull energy out from the aircraft's or structure's shell. And that thing can make it possible that those particles to pull energy into the direction that the 

In some models, researchers tried to use one-side mirrors that are in opposite directions than normal one-side mirrors. The system lets the light come through the mirror, but it denies that most of the light can travel out from the mirror cube. 

That thing rises the temperature inside the mirror cube very high. So energy will jump between those mirrors. And the energy level is rising. But a laser ray that acts like an electromagnetic thermal pump can transport that radiation in one direction. 

And if there is some kind of laser system that collects energy from that mirror cube and transports it in the wanted direction. If the energy flow that the laser makes is powerful enough that thing can cause a situation where those photons with coherent wave frequency are pulling all wave movement to the wanted direction.