Are black holes stationary?

Answer 1

All known black holes are revolving around their axis and, since all stars are moving within the galaxy, black holes are moving around the galaxy too.

Answer 2

Assuming that black holes actually exist, no.

I was watching a show on either PBS or the Discovery channel a few years ago, that showed that one of the arguments in favor of the existence of a black hole is that there was some sort of object that was visible by the Hubble telescope that wound up coming between us on Earth and several stars, which tended to bend and distort the light from the stars behind it, much in the way that a magnet will bend the path of iron ball bearings that are either too fast or too heavy for the magnet to capture them, making it look like a very slow rendition of a 'Lens' screensaver.

Since that object appeard to travel in front of several stars, it can be deduced that either it is moving, or that it is the ONLY thing in the universe that isn't moving at all, and everything else is moving around it.

Answer 3

I wasn't going to answer this, because you already have good answers. But then I thought of a photograph I saw of a black hole orbitting a galaxy that, as it moved, collapsed clouds of interstellar hydrogen in its wake, leaving a trail of newly formed stars.

So yes indeed, black holes move. The black hole at the center of our galaxy is more than 1 million solar masses. Even though there may be as many as four hundred billion (400,000,000,000) stars in our galaxy, these all essentially orbit this central black hole. But the black hole rotates.

Other, much smaller black holes in our galaxy (such as Cygnus X1) revolve around that central black hole, along with all the stars, star clusters, and nebula. Then our entire galaxy is moving, along with the other members of our local group, towards a region of space known as "The Great Attractor." It is a super cluster of galaxies, some containing trillions of stars, roughly two hundred million light years away.

Answer 4

If black holes could exist they would reside in the center of galaxies.
They would move in unison with the other stars.
Such an entity would move according to the rules that govern any celestial body
they differ in that that would eventually accrete all the matter in the universe then sit alone for eternity doing nothing.

Answer 5

Nothing in the universe is stationary. Nothing.
Black holes included.

Answer 6

Black holes can flow like different huge products in the universe. in the event that they collide they variety one black hollow of greater suitable mass. If 2 variety heavily they're going to probably collide, although gravitational charm, except they're spinning approximately one yet another sufficiently rapid to be held aside with the help of 'centripetal' tension. If considered one of those grows greater suitable that could desire to sluggish it down so they collide. it rather is generally meant black holes exist now, yet this is info & concept - no longer direct remark.

Answer 7

No, they're free to move around and anyways, there is nothing to be "stationary" with respect to.

Answer 8

No; they're like any other star, usually in orbit about (or consisting of) the galactic center of galaxies.

Answer 9

NO absolutely not there are some about to transit our galaxy tomorrow

Answer 10

no, they are not. they also move in space