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| Where can I get pictures of black holes, large stars, supernovas, and other space stuff? I'm doing a report on black holes and I need some pictures... Anyone know some good websites for this kind of stuff? |
| hubblesite.org/gallery/ www.nasa.gov/multimedia/imagegall… have fun |
| Are These Pictures of Black Holes and Exoplanets and Gravity Bending Light Near The Galactic Core REAL? www.youtube.com/watch?v=2af0I5YZ3… It looks pretty real to me. The results were duplicated 3 times by filtering out bands of colour from pictures downloaded from nasa.gov |
| Yes, they are real. The colors and contrast have been adjusted to make them more vivid. |
| How do you visualize black holes in a spacetime fabric? Many popular science books make reference to black holes. When I picture a black hole, I tend to think of it as a pin-hole in a balloon....I think of this balloon as a universe surrounded by much less dense region. In this way, I think of a black hole like the drain at the bottom of a bathtub, with the matter sucked into it escaping into some other unknown region. I visualize the black hole this way because I tend of think of the universe like a big balloon (with boundaries). I know this is not correct, but my brain can't imagine a black hole floating freely about in the "balloon's" empty internal volume. Where would the matter escape too? Question-In-Summary: How should I visualize black holes using some earthly metaphor? |
| The most common visualization is that of a pool ball on a rubber sheet. The sheet sinks down to a minimum with the ball at the lowest point. This is a good 2d representation. As for 3d, imagine the pool ball sinking into the rubber sheet again, and then add rubber sheets parallel to all of the infinite planes intersecting the ball. The ball also sinks into these. This is a much better picture than the 2d representation, and really shows that the black hole (or any other object) is pulling space in towards itself instead of sinking into space-time like most diagrams show. We don't really know if the matter goes somewhere else when it enters the black hole, but theoretically it would become part of the singularity, meaning it would pretty much go nowhere. |
| Black Holes, Pictures or Videos? Now i was wondering are their any REAL pictures or videos of an area that is getting sucked into a black hole? A link would be great if there are any Ok i know that it is imposable to actually take a picture and see A black hole... being BLACK.... but im sure it is possible to see stars etc moving/ or getting pulled into nothing Thanks |
| Unfortunately no. Most people don't realize that black holes are just theories. Scientists discovered that in some areas areas of space light doesn't behave how it should, specifically it seems to curve rather than travel in straight lines. They theorized that this was due to bodies of massive mass that had such a strong gravitational field it could attract light as well as planets/stars etc. This idea caught the public imagination and many popular culture/sci fi films show black holes as a sort of funnel or wormhole in space which you can actually see. In reality a black hole is a hypothetical construct. If they do exist in a physical way they would probably resemble something similar to a small lump of rock (with almost infinite mass, of course). However, they only exist on a theoretical understanding of physics and probably don't 'look' like anything at all. After all light doesn't work around black holes so how would we see? The only way you can "see" a black hole is by looking at some very boring data tables (or possibly a graph) showing slight irregularities in light patterns. |
| Are black holes 2d or 3d in space? When i've always seen pictures of black holes, they look flat. But as the Universe is 3d does that mean black holes have to be too? A little confused, any help will be appreciated :) |
| The singularity at the core of a black hole is dimensionless. It is a point in space with virtually no volume. The event horizon, which marks the point of no return, is a mathematically defined radius in three dimensions. The event horizon is a three-dimensional shell surrounding the singularity at a set distance. When you see images of black holes, it is only the small area at the core that is the event horizon. The singularity within is obscured by the horizon. In some pictures, they look flat because of the accretion disk. The accretion disk is a rotating collection of material which orbits a black hole. Because it is spinning, it is often forced flat. Don't mistake the flat accretion disk for the spherical black hole. |
| Black Holes????????????? What do you refer as a black hole? I refer that it could be a worm hole transporting matter to other parts of the universe. Also, do not fall for pictures of black holes. As NASA states black holes gravitational forces are so strong not even light can escape. Therefore, they are currently in possible to see. |
| I refer to a black hole as a collapsed star, or relic of the Big Bang, which collapses to a point of virtually infinite density - known as a singularity. The gravitational well produced by such a hole is so great, that indeed, light can not escape the event horizon. However, imaging is possible in the sense of seeing - Well - A big black hole in space - or a whole lot of nothing! But even better, at the 'fringes' of the black hole, where light can still escape, High energy X-rays and gamma rays are produced by the speeding particles on their way to oblivion past the event horizon. I don't know that black holes and worm holes are the same. At least, as depicted in science fiction, wormholes are really cool intergalactic subway systems, while black holes are spaghetti making blenders - killing all that fall in by ripping them into infinitely millions of pieces. |
| Without matter - Would black holes dissapear? The black hole at the center of our galaxy is feeding on all the stars / planets that surround it (Is this correct?) So that begs the question - If there was no matter to 'feed upon'... Would the black hole disappear? This in turn presents more questions..... 1) If there is no mass - does the black hole 'die' (probably not the word im looking for, but you know what I mean) 2) Assuming that there is plenty of matter around (as in our own galaxy), does the black hole get bigger? 3) Does a black hole have the ability to travel to better hunting grounds?? (Again, this is not worded in a scientific term - I hope you understand the point I am trying to make) 4) Where does all the matter go to once its been sucked into a black hole? 5) This will sound like a silly question - We have taken pictures of black holes (obviously only seen by the matter / light around them), why can we not see the backside of them?? Imagine a face side of a coin... why can we not sent a probe around the event horizon and take a picture of its bottom-side??? (I did say this was a kind of a silly question) All answers greatly appreciated - In simple easy to understand terms please. |
| >So that begs the question - If there was no matter to 'feed upon'... Would the black hole disappear? Over a very, very long period of time, yes. >Assuming that there is plenty of matter around (as in our own galaxy), does the black hole get bigger? If the black hole is actively consuming significant quantities of matter, then its mass and event horizon radius would both be increasing accordingly, yes. >Does a black hole have the ability to travel to better hunting grounds?? (Again, this is not worded in a scientific term - I hope you understand the point I am trying to make) There is no sign that black holes are intelligent. There are some mechanisms by which a black hole can cause itself to be accelerated through space, but there is no good reason why it would go towards a region with lots of matter to consume rather than any other place. Most black holes simply orbit slowly like stars do. >Where does all the matter go to once its been sucked into a black hole? It becomes part of the black hole itself. Eventually, the mass in the black hole 'evaporates' out of the black hole by quantum processes, but like I said above, this takes a very long time for any black hole of significant size. >This will sound like a silly question - We have taken pictures of black holes (obviously only seen by the matter / light around them), why can we not see the backside of them?? Imagine a face side of a coin... why can we not sent a probe around the event horizon and take a picture of its bottom-side??? There are no black holes close enough to the Earth for us to send a probe past them and take pictures of them from a different angle. I recall the closest known stellar-mass black hole to the Earth is located about 1600 light years away. By comparison, our most distant probe, Voyager 1, is only a small fraction of a light year out from the Sun and would take millions of years to make a trip spanning 1600 light years, even if it were pointed in the right direction and were capable of sending back useful signals once it arrived. |
| If there are Black Holes in the centre of Galaxies then why do pictures of Galaxies have a bright centre? If there are Black Holes in the centre of Galaxies then why do pictures of Galaxies have a bright centre since Light cannot escape a black hole. Shouldn't it just be darkness. |
| Because there are lots and lots of stars orbiting the black hole. Light cannot escape FROM a black hole, but light outside a black hole is fine. |