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I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon.
Still trying to wrap my brain around that one. |
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If anybody goes there, see if you can find my socks the dryer keeps eating.
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Yeah I have never grasped that concept either. View Quote View All Quotes View All Quotes Quoted:
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I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. Yeah I have never grasped that concept either. Ditto. Why wouldn't the object just disappear? |
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Ditto. Why wouldn't the object just disappear? View Quote View All Quotes View All Quotes Quoted:
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I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. Yeah I have never grasped that concept either. Ditto. Why wouldn't the object just disappear? Video says as they approach the event horizon, time gets slower and slower for them (at least to an observer off in the distance). |
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spettetification? "...long tube of pasta"
Slow day for science words. |
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Quoted: Ditto. Why wouldn't the object just disappear? View Quote View All Quotes View All Quotes Quoted: Quoted: Quoted: I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. Yeah I have never grasped that concept either. Ditto. Why wouldn't the object just disappear? |
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Gravity influences time. The clock for the ship slows waaaay down in its reference, so you see a reallllllly slo-mo version of it reaching the event horizon. At the event horizon time would be effectively not moving from our reference, so the space ship would just appear to be sitting there.
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I can't watch the video right now, but isn't a black hole's gravity strong enough to prevent light from escaping? So wouldn't the object disappear from an observers view since the light can't escape the black hole's grasp?
I apologize in advance if this was covered or if what I said was retarded. |
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So from an outside perspective, not only the theoretical spaceship, but ALL light, matter, everything would stop and accumulate at the edge of the event horizon?
I've always been under the impression that you can't see an actual black hole, what you see is all of the matter swirling around at a super high speed and heating/lighting up like at the center of galaxies. But if everything that goes into a blackhole, including light, stops at the edge from an outsiders perspective wouldn't the blackhole itself be insanely bright and visible to us looking from a distance? I'm probably over thinking this but this stuff has always been fascinating to me. |
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Quoted: Ditto. Why wouldn't the object just disappear? View Quote View All Quotes View All Quotes Quoted: Quoted: Quoted: I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. Yeah I have never grasped that concept either. Ditto. Why wouldn't the object just disappear? In order to see the object, the information (light) from the object would have to reach your eyes. At the event horizon the light (information) is unable to escape the gravity well, and thus, never reaches you. The last thing you can see, is the only thing you will ever see. |
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Yeah I have never grasped that concept either. View Quote View All Quotes View All Quotes Quoted:
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I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. Yeah I have never grasped that concept either. Time is infinitely dilated at the horizon and beyond as I understand it. That is to say, from the perspective of the outside universe, it ceases to exist. |
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I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. View Quote Pun intended? The idea that time slows as they accelerate so an observer would never see them cross the event horizon has always fascinated me. Good topic! |
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Commissioner Kenneth Mayfield, who is white, said it seemed that central collections “has become a black hole” because paperwork reportedly has become lost in the office.
Commissioner John Wiley Price, who is black, interrupted him with a loud “Excuse me!” He then corrected his colleague, saying the office has become a “white hole.” That prompted Judge Thomas Jones, who is black, to demand an apology from Mayfield for his racially insensitive analogy View Quote http://michellemalkin.com/2008/07/09/dallas-county-official-black-hole-is-racist/ |
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View Quote View All Quotes View All Quotes Quoted:
Commissioner Kenneth Mayfield, who is white, said it seemed that central collections “has become a black hole” because paperwork reportedly has become lost in the office.
Commissioner John Wiley Price, who is black, interrupted him with a loud “Excuse me!” He then corrected his colleague, saying the office has become a “white hole.” That prompted Judge Thomas Jones, who is black, to demand an apology from Mayfield for his racially insensitive analogy http://michellemalkin.com/2008/07/09/dallas-county-official-black-hole-is-racist/ Racism is so pervasive that it is woven even into the very fabric of the universe. |
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So from an outside perspective, not only the theoretical spaceship, but ALL light, matter, everything would stop and accumulate at the edge of the event horizon? I've always been under the impression that you can't see an actual black hole, what you see is all of the matter swirling around at a super high speed and heating/lighting up like at the center of galaxies. But if everything that goes into a blackhole, including light, stops at the edge from an outsiders perspective wouldn't the blackhole itself be insanely bright and visible to us looking from a distance? I'm probably over thinking this but this stuff has always been fascinating to me. View Quote My thoughts as well. |
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Easy as eatin' pancakes |
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Yeah I have never grasped that concept either. View Quote View All Quotes View All Quotes Quoted:
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I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. Yeah I have never grasped that concept either. I dont grasp most Physics concepts. The 11 demensions thing is the one that always cramps my brain |
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Mike Rowe should have hosted Cosmos II. Maybe Fox would have renewed it for the originally planned second season.
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Black holes are racist, and bigots at the same time. Ban them. All of them. Now.
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spaghetification sounds like a happy ending to me View Quote View All Quotes View All Quotes Eh there might be a way to avoid that.. sorta... (this is similar to what the op vid says) Mind numbing ideas put in relatively (hah) easy to understand idea So what happens if you accidentally fall into one of these cosmic aberrations? Let's start by asking your space companion — we'll call her Anne — who watches in horror as you plunge toward the black hole, while she remains safely outside. From where she's floating, things are about to get weird.
As you accelerate toward the event horizon, Anne sees you stretch and contort, as if she were viewing you through a giant magnifying glass. What's more, the closer you get to the horizon the more you appear to move in slow motion. You can't shout to her, as there's no air in space, but you might try flashing her a Morse message with the light on your iPhone (there's an app for that). However, your words reach her ever more slowly, the light waves stretching to increasingly lower and redder frequencies: "Alright, a l r i g h t, a l r i…" When you reach the horizon, Anne sees you freeze, like someone has hit the pause button. You remain plastered there, motionless, stretched across the surface of the horizon as a growing heat begins to engulf you. According to Anne, you are slowly obliterated by the stretching of space, the stopping of time and the fires of Hawking radiation. Before you ever cross over into the black hole's darkness, you're reduced to ash. But before we plan your funeral, let's forget about Anne and view this gruesome scene from your point of view. Now, something even stranger happens: nothing. You sail straight into nature's most ominous destination without so much as a bump or a jiggle – and certainly no stretching, slowing or scalding radiation. That's because you're in freefall, and therefore you feel no gravity: something Einstein called his "happiest thought". In a big enough black hole, you could live out the rest of your life pretty normally After all, the event horizon is not like a brick wall floating in space. It's an artefact of perspective. An observer who remains outside the black hole can't see through it, but that's not your problem. As far as you're concerned there is no horizon. Sure, if the black hole were smaller you'd have a problem. The force of gravity would be much stronger at your feet than at your head, stretching you out like a piece of spaghetti. But lucky for you this is a big one, millions of times more massive than our Sun, so the forces that might spaghettify you are feeble enough to be ignored. In fact, in a big enough black hole, you could live out the rest of your life pretty normally before dying at the singularity. |
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I thought Interstellar explored this you go into the black hole. Become a gravity ghost for your young daughter. Then travel to the future where there are space colonies to save mankind from a dying planet.
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Here is an interactive simulation of a black hole.
http://spiro.fisica.unipd.it/~antonell/schwarzschild/live/ |
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I like how you can never observe an object fall into a black hole, they would appear to freeze in place on the surface of the event horizon. Still trying to wrap my brain around that one. View Quote Didn't Hawking just say several months ago that black holes couldn't exist in the way we thought of them before? |
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