Can the quantum entanglement cause that nobody can see what happens inside the black hole?

 

Can the quantum entanglement cause that nobody can see what happens inside the black hole?

Black holes could be "dark stars with Planck Heart," says the Livescience.com web page.  We should correlate that proposition should go like the thing "some of the black holes are the dark stars with Planck's heart". So there could be also the black holes and "Planck stars". That means that they are not holes or even back. If the event horizon is forming by the entangled particles can cause that the black holes are visible. And the core of those things could seem solid.

You can read that article below this text, where I put the link to it. The fact is that there could be one very interesting point, why we cannot see inside the singularity. The idea is that the entangled particles that are surrounding the singularity simply deny the light can be to only one direction near the black hole. 

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In this theorem, each particle that is touching the event horizon is in the entangled position with outer particles. That thing causes that the light can go only one direction and the entangled particles are causing, hat the light cannot escape from the event horizon.

In that version, the event horizon is like the solid layer. Or, two solid layers, where each particle is rotating the opposite way to the inner particle, which means that the particles are superpositioned. So the event horizon would go between those superpositioned particles. And that thing causes very interesting thoughts about benefiting the quantum entanglement.

https://www.livescience.com/black-holes-not-black-planck-hearts.html

Image I: https://www.livescience.com/black-holes-not-black-planck-hearts.html

F-22 Raptor

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Quantum entanglement and quantum stealth

In quantum stealth, the quantum entanglement will make an object invisible. The benefiting the quantum entanglement in quantum stealth would seem a very rare thing. In that case over the layer would create the electron layer, where those particles are superposition.

That thing makes it possible to cover the entire layer of the aircraft or some other thing by using the electrons (or protons) that are entangled. That thing could turn the craft invisible for all senses and sensors. That is one version to create the most interesting things in history.

Quantum entanglement can help to make small-size ion engines for the nanomachines.

In some other versions, the quantum entanglement gives the possibility to create an engine, where photons, neutrons, or electrons are shot against the layer, which is superpositioned. That means the ions that are shot to that layer would go in the direction where the entangled layer will drive them. That thing is one of the most interesting thoughts in aircraft engineering. The engine where the entangled particles will drive the small size systems to the speed, which is incredible.

Image II: https://upload.wikimedia.org/wikipedia/commons/4/46/Lockheed_Martin_F-22A_Raptor_JSOH.jpg