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hologence
2 years ago

Black holes have the impulses of the stars from which they originated. A rotational pulse of a celestial body of exactly one predetermined value is the more unlikely, the more precisely this value is given, and precisely zero makes no exception.

joerosac
2 years ago

A black hole without any impulse is rather unimaginable, where else should it come from? Was his cause something different than a star that turned? Why would that suddenly stop? That would probably be so blurred that we could have seen something like this long ago. It turns and is the cause of the passages of the celestial bodies, which are moving around it, also for the rotation of whole galaxies, which would not have been created without it at all and would have remained more of the spheres or merely wide open star clusters.

Bananenmayo
2 years ago

Right now, you’re thinking about it, yeah.

https://de.wikipedia.org/wiki/Schwarzes_Loch#:~:text=Aus%20general%20references%20reflections,at least%20refactions%20reflections.

gives a section about rotation.

Hamburger02
2 years ago

You have to assume that. The mass that existed before and from which the SL was formed or the mass that it sucked in already circled around the SL and thus had a rotary pulse. It does not lose this when it falls into the inner of a SL, but rather, according to the laws of the rotational pulse maintenance, the rotational speed even increases. Since the rotational pulse is thus transmitted to the SL, this is also rotated.

Reggid
2 years ago

It can be assumed.

a rotational pulse of exactly 0 is practically impossible

Wahrheitshai
2 years ago

What “rotates” is only the mentally limited imagination, which is lost in the endless “employment therapies” of the sciences that feel in charge.

MeinName927
2 years ago

Most do not rotate, but move straight or in curves.