The hidden web of dark matter.

"A massive filament of dark matter’s cosmic web has been imaged in unprecedented detail. Spanning millions of light-years, this structure reveals how dark matter helped shape the early Universe by pulling gas into place for galaxy formation. Credit: ESO/D. Tornotti et al./Hubble: M. Revalski, P. Francis et al." (ScitechDaily, Scientists Capture the Universe’s Hidden Web of Dark Matter)

The hidden web of dark matter is one of the most fascinating things in the universe. That structure proves that dark matter doesn't fill the entire universe. The hidden web of dark matter tells us that there are places in the universe where there is no dark matter at all. That thing makes it possible to research how dark matter focuses gravitational waves.  And that thing can prove one of the theories possible. Maybe gravity lenses also can focus gravitational waves. 

Or, when gravity waves impact together, that thing forms standing gravity waves and scatters gravity waves. There is one possible point where gravity waves can reflect. And that point is another gravtíty wave. But if gravity wave is the energy ditch. Or lower energy level. That means it's possible that those waves don't scatter or reflect. 

But if gravity waves form energy ditches that effect can also form a situation, where those gravity waves pack in one entirety. In that model, gravity waves cannot scatter but they can go together forming deeper gravity waves or deeper energy ditches. In that model, the impacting gravity waves can form the black hole straight from the gravity field. But that requires that the energy pothole is deep enough and the whirl doesn't let outside energy fill it. It's possible that this kind of black hole formed in quark-gluon plasma in the young universe.

But in our universe entropy destroys that structure. The field that travels across the quantum whirl closes it that field acts like any other layer. Materia and energy that impact it cause situations where their energy travels to whirl's walls. That energy presses the quantum whirl open destroys the structure and denies the black hole form. 

That crossing field makes a similar effect. As the Hall field in the Hall effect or resistance. And maybe this kind of field can close some black holes. In that hypothesis, the fast-rotating quantum field can close the black hole inside it. That field can cause a situation in which the black hole cannot pull things through that field. 

The nature of gravity is interesting. The gravitational interaction between dark- and visible material is interesting. Dark matter should surround or pack around gravity centers. And then we must ask how much dark matter is inside gravitational objects like Earth. How big a role Dark Matter plays in the gravitational interactions? The gravitational waves send energy out from the object. 

That means the other energy fields start to fill that energy hole. And that means the dark matter can be the thing, that makes the gravitational energy move. As in all energy forms, gravitational interaction doesn't happen without gravitational waves. Standing field doesn't make the interaction between those two or more objects. 

 https://scitechdaily.com/scientists-capture-the-universes-hidden-web-of-dark-matter/

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