How does a black hole make a galaxy?

Answer 1

Black holes do NOT project light. Hence the name black hole. Their gravity field is so strong that nothing escapes, not even light photons. The only way we know they exist by the bending of the trajectory of photons passing them. Galaxies project light via radiant energy, i.e. photons. In the same way you observe a lightbulb, you observe a galaxy. The primary difference is that we have developed instruments to not just observe galactic energy within the visible spectrum, but the entire electromagnetic spectrum, e.g. radio waves and x-rays. Those instruments would work with a lightbulb too, but they're usually busy looking at galaxies. Actually, black holes probably do give off light (and all other particles). This effect is quantum mechanical in nature and was discovered by Stephen Hawking. However, it is not at present possible to measure this. Whether or not Hawking is right, we can observe black holes, and not just because of light from distant stars bending around them. The event horizon is a very violent place, and materials are being spun around in the vortex just outside of the horizon, and they are being torn apart before entering the horizon as well. All of this creates a massive output of energy that we can observe. We get hints that we are observing a black hole by observing how nearby stars interact with it. Black holes sometimes 'suck up' so much matter that some of it escapes. http://www.tqnyc.org/2006/NYC063368/the_stars.htm

Answer 2

Yes, A black hole makes galaxies. It is kind of hard to explain but when a supernova occurs, the molecules and thew gases create a dark hole which is the center of each galaxy. the dark hole limits the galaxies growth which compacts the stars to form a galaxy. But luckily the Dark hole does not feed on the stars. Also the stars orbit around the dark hole because it has its own gravitational pull. The more the dense the more the gravity.

Answer 3

Black holes play a crucial role in the formation and evolution of galaxies. Their immense gravitational pull can influence the movement of stars and gas, leading to the formation of new stars and affecting the overall structure of the galaxy. Additionally, material falling into a black hole can release energy in the form of radiation and powerful jets that can impact the surrounding environment and contribute to the dynamics of the galaxy.

Answer 4

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