What is pushing dark matter out from some galaxies?

In the universe is galaxies, where is no dark matter at all. That thing means that the dark matter could drop to the center or nucleus of the galaxy. In that case, the dark matter is accumulated in one place in the galaxy, and that thing is the nucleus of the galaxy. Or there is the possibility that something has been blown dark matter away from the galaxy.

So what can cause the radiation, what blows the dark matter away from the galaxy? There could be some kind of radiation vortex, like dark energy, which is interacting with dark matter. So if the source of dark energy is the oscillation of the dark matter, that means that there could be a blob of dark matter around the black hole in the center of the galaxy. And when that blob is oscillating, it could send the radiation or dark energy that pushes dark matter away from the galaxy.

 

 

 

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What else could Sagittarius A be than the black hole? Could it be the blob of dark matter, what the black hole keeps in form? In that case, there should be a black hole in the nucleus of the galaxy, or the gravity of the disk of the Milky Way rips that object in pieces.

There has been introduced a theory, that maybe Sagittarius A is not a black hole at all. It would be a blob of dark matter, and that thing means actually that Sagittarius A is no supermassive black hole it's the black hole, what is collected dark matter around it. So that kind of object is the clouds of dark matter, what is surrounding the black hole, and the reason for that is that the gravity of the surrounding galaxy is extremely powerful.

And that means that there should be something, that keeps the cloud of dark matter in form. The black hole and gravity are things, that are interacting the same way to visible and dark matter. There is always the cloud of dark matter around the black holes, and those objects are the places, where the measures of the dark matter should make because the density of that material is the highest possible near the black holes.

The reason, why somebody believes that Sagittarius A is less massive than it should be is that some objects are orbiting it too close. So that means that the part of dark matter in Sagittarius A is higher than researchers have believed. And then we are finding the strange object what is stretching the nucleus of the galaxy. The name of that object is the G-2. So why G-2 can orbit so close to the Sagittarius A?

One of the explanations is that the Sagittarius A could be superpositioned. The spin of that black hole is so high that it could be superpositioned and entangled. In some cases, there is the possibility that at least some double black hole systems are superpositioned black holes.

Near the Sagittarius A is the mysterious G-2 object, which is classified as another black hole, that is orbiting Sagittarius A. When we are looking at the image of the Milky Way, we are seeing that the nucleus of the galaxy is looking like a stick rather than a ball. And that stretching is caused by the gravity of the G-2 object. But the problem is that the G-2 along with some other objects seems to orbit too close to Sagittarius A, and that thing means that Sagittarius A is lighter than scientists expected. So could that support the theory of the superpositioned black holes?

But near the nucleus of our galaxy are found stellar-type objects, which are different than other stars. Those objects are actually in the area, where the high energetic radiation affects all objects. And also the Sagittarius A is pulling the material inside it. So when material and energy are traveling to Sagittarius A, that wave movement and particles are hitting stars, which is near the supermassive object in the galaxy. That thing makes those objects more exotic than people believed.

()https://astignews.com/galaxy-without-dark-matter-found-by-astronomers/

()https://www.popularmechanics.com/space/deep-space/a36530817/the-center-of-the-milky-way-might-not-be-a-black-hole-after-all/

()https://www.sciencealert.com/strange-objects-have-been-found-orbiting-our-galaxy-s-supermassive-black-hole

()https://www.sciencealert.com/wild-new-paper-proposes-the-center-of-the-milky-way-might-not-be-a-black-hole?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+sciencealert-latestnews+%28ScienceAlert-Latest%29

()https://science.sciencemag.org/content/365/6454/664

The image I:()https://www.universetoday.com/143622/is-the-milky-way-gaining-or-losing-mass-1/