which post tend to Slow Down object or prevent them from moving
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☜☆☞ If you were, or anyone was, at the center of a supermassive Black hole, your information would be holographically imprinted on the event horizon and you would be compressed beyond super density to a collection of strings. Stephen Hawking solves the mystery of black holes Time would not exist for you, because you would not exist. If, in a thought experiment, you were there and alive, you would have to be in a kind of 'bubble' that insulated you from the titanic gravity and unbelievable radiation. Around you, outside of that bubble time would have stopped, but you would not be exposed to the massive gravitational field and your 'time' subjectively would run based on the gravity of your 'bubble'. The most important thing to remember is that time slows as you go faster, or gravity gets denser. This means that light, which travels at C, has no time. The beginning, middle, and end, of the 'life' of a particle of light, are all the same. If you could travel very close to the speed of light, your time measurement would slow down when compared to someone moving slowly. When the first astronauts began to orbit the earth, they carried very precise and sophisticated clocks with them.
HOPE MY ANSWER HELPS YOU.......
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HERE IS YOUR ANSWER.........
▶▶▶▶▶▶▶▶▶▶▶▶▶▶▶▶▶▶▶
☜☆☞ If you were, or anyone was, at the center of a supermassive Black hole, your information would be holographically imprinted on the event horizon and you would be compressed beyond super density to a collection of strings. Stephen Hawking solves the mystery of black holes Time would not exist for you, because you would not exist. If, in a thought experiment, you were there and alive, you would have to be in a kind of 'bubble' that insulated you from the titanic gravity and unbelievable radiation. Around you, outside of that bubble time would have stopped, but you would not be exposed to the massive gravitational field and your 'time' subjectively would run based on the gravity of your 'bubble'. The most important thing to remember is that time slows as you go faster, or gravity gets denser. This means that light, which travels at C, has no time. The beginning, middle, and end, of the 'life' of a particle of light, are all the same. If you could travel very close to the speed of light, your time measurement would slow down when compared to someone moving slowly. When the first astronauts began to orbit the earth, they carried very precise and sophisticated clocks with them.
HOPE MY ANSWER HELPS YOU.......
☺☺☺☺☺☺☺☺☺☺☺
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