Can the Casimir-Effect make the virtual particles, which can interact with dark matter or dark energy? (What is outside the visible universe? )

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Casimir forces on parallel plates (Wikipedia, Casimir-effect)

What is outside the visible universe? 

1) Can the Casimir-Effect make the virtual particles, which can interact with dark matter or dark energy?

In this hypothesis, the virtual particles that are forming between "Casimir-plates" can get the size that makes them able to operate as antennas, which can receive the oscillation of dark energy or dark matter. But is that thing possible? 

Can some researchers make it possible to isolate things like dark matter between similar plates, which are used to make the Casimir effect? So if we are thinking that the radius of virtual particles, what is forming between the plates what are forming between the plates have a limit. So could those virtual particles reach the size, what makes them interacting with dark matter or dark energy? Or can the virtual particles bring the energy or some other radiation from the other dimension?

When we are thinking about the Casimir effect and the ghost particles, what are "coming" between the plates, what are extremely close together, we might think of the possibility that the Casimir plates can someday uncover the secret of darl matter. The question is can the distance between the plates be the right, that dark matter can cause the effect to those plates. 

Theoretically, the "Casimir plates" can put in the distance, which is similar to the size of dark matter particles. Or is it possible that "Casimir-plates" will bring those particles from another dimension? That means that the wormhole or gate to other dimensions can form spontaneously. So if the distance of the "Casimir-plates" would be right, we could get observations from another dimension. 

2) Is there something else than vacuum outside the visible universe?

At the beginning of this text, I must say that dimension continues after the edge of the visible universe, but is it empty or is there something that might interest us. Outside of the visible universe can be the flow of dark matter, or there can be other universes. 

But the most interesting thing is that outside the visible universe the time dilation is minimum, and time travels faster than in our universe. Because of the lack of energy impact, the particles are getting older faster than in the universe, where we are living. So the visible universe has limits, and the question is, is there anything outside the cosmic bubble, where we are living? If there is nothing in there the dimension continues as the empty vacuum, where are no particles or even wave movement. 

And there are strange theories what are concerning the form of our universe. In one theory the universe is itself inside the cosmic bubble or infinity bubble. That means it is in the middle of the dark matter. So there is another interesting idea about existing of our universe. That thing is called the multiverse-theory, or it's one of the variants of multiverse theory. 

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The next theory requires that there is a hyper massive black hole in the center of the universe.

If the measurements prove that Hubble Constant is increasing there might be two reasons for that.

1) The material would travel farther from the point where the Big Bang happened. And the expansion of the universe causes that the gravity effect between particles in the universe is decreasing. 

2) Or the size or mass of the hypothetical black hole in the middle of the universe is also decreasing. 

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3) Is the universe connected with other universes with wormholes?

In that theory, our universe is connected to other universes with the wormhole. And the reason why our universe is expanding or cooling is that the material would travel from another universe to our universe. Or the material from the hypothetical black hole in the middle of our universe would travel to other universes. That means that the black hole in the center of the universe loses its material, and that allows the edge of the universe is traveling out from the center of the universe or the point of the Big Bang. 

But that means that the expansion speed of the universe must expand, and the Hubble constant is now 73,52 ± 1,62 km/s/Mpc, and that value has been calculated in 2018. So if the value of the Hubble constant will increase, there is the possibility that only the distance of the edge of the universe from the point of the Big Bang is increasing. 

Or also the mass of the hypothetical black hole located in the middle of the universe is decreasing. The idea of this theory is that a large part of the material released from the Big Bang formed the black hole straight after the material was released to time and space Observing that kind of black hole is difficult because it is located in a cosmic vacuum or bubble, where is no visible material. But those kinds of things are only theories. 

https://www.livescience.com/hubble-constant.html

Image: https://en.wikipedia.org/wiki/Casimir_effect