What makes the edge of the universe an interesting thing?

The edge of the universe if it exists, is a fascinating thing. That thing could answer the question about the existence of the multiverse. The multiverse is the theory that there are other universes and the thing that could prove that thing is the shockwave. If there is a similar bubble or plasma wall around our universe that surrounds our solar system that could almost prove the multiverse. Forming the shockwave or impact wave is the radiation. And plasma that leaves from the universe requires resistance. 

Around the solar system, the shockwave or bubbles is forming, because radiation from other stars is pushing the plasma back to the sun. When plasma that comes from the sun impacts with plasma. That comes from other stars it forms the bubble. That bubble will not exist if there is no counterflow against the plasma that comes out from the sun. 

So if there are other universes that thing should make an impact- or shockwave around our entire universe. That thing could also explain the dark energy. In that model, the dark energy is the radiation that the plasma bubble gets from other galaxies.

And it would be the reflection energy that this plasma ball sends in the middle of the universe. There the reflecting radiation makes the standing wave and then that standing wave will reflect the radiation. And the universe is like a giant vacuum bomb. The reflecting radiation forms the standing waves in the middle of the universe and between galaxies. 

Higgs field. The energy fields around the black hole might look the same. 

Cosmic web 

Cosmic gamma-ray background. Those gamma rays seem to come from one point. And could that line be the standing wave that is forming when the energy reflects out from the cosmic plasma bubble around the universe? 

Cosmic microwave background. Note the blue or cold areas in the image. They seem that something traveled across the universe. 

And that brings the idea that the cosmic web could be standing waves between the galaxies. When energy impacts those standing waves they are sending wave movement like some guitar strings. 

But when we are thinking about the possibility that no plasma wall around the universe could prove that there are no other universes. The gravitation of the entire universe will slow the speed of that material. And there is a possibility that in this case there are no other things that can limit the speed of expansion of the universe. 

In that case, the material at the final edge of the universe will turn wave movement very fast. So in that case there are no shock or impact waves around the universe. The thing is that the edge of the universe uncovers the biggest theorem ever explained. That theorem is the multiverse. 

The Higgs field could be the real shape of the universe. In that model, the universe looks a little bit like a sombrero. That image is made to explain the Higgs boson. That image is made to explain the Higgs boson. But the same image and the same natural laws affect also bigger entireties. 

There could be an energy canyon around the universe. If the energy will accumulate at the center of the universe that thing forms the energy hill at that point. So the Higgs field will continue outside the universe. 

And that thing is one of the most interesting theories in the world. If Higgs's field continues outside the universe, that thing means there may be other universes. In that model, the Schwinger effect of two crossing energy fields formed the thing that we call the universe. Because the Schwinger-effect forms always particle and its antiparticle pair, there is a possibility that our universe has pair. A so-called antiuniverse. In that universe, the material is the mirror-version or antimatter version of material that forms the material in our universe. 

https://astro.ucr.edu/darvish17/

https://bigthink.com/starts-with-a-bang/edge-of-the-universe/

https://www.quantum-bits.org/?p=233

https://www.universetoday.com/152605/finally-an-answer-to-why-gamma-rays-are-coming-from-seemingly-empty-space/

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