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Manraj singh
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Why does time stop in the event horizon of a black hole? Or at least slow down, from what i know.
Manraj singh said:Why does time stop in the event horizon of a black hole? Or at least slow down, from what i know.
Manraj singh said:Mr Marcus, the link given by you helped a lot. Please correct me if I am wrong: time does not actually decrease, but it appears to be slowed down due to red shift or blue shift.Sent from my iPad using Physics Forums
Manraj singh said:Mr Marcus, the link given by you helped a lot. Please correct me if I am wrong: time does not actually decrease, but it appears to be slowed down due to red shift or blue shift.
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Time appears to stop in the event horizon of a blackhole because the gravitational pull becomes so strong that it warps the fabric of space-time. This means that time becomes distorted and slows down, eventually appearing to stop altogether.
The gravitational pull of a blackhole is incredibly strong, which means that it bends the fabric of space-time. This creates a steep slope in the fabric of space-time, causing time to slow down and eventually stop in the event horizon.
From our perspective, time appears to stop in the event horizon of a blackhole. However, for an observer falling into the blackhole, time would continue to pass normally. This is due to the intense gravitational forces altering our perception of time.
Inside a blackhole, the fabric of space-time becomes so warped that time no longer follows a linear path. Instead, it curves in on itself, making it impossible to determine what happens to time inside a blackhole.
No, other physical laws and properties, such as light and matter, also behave differently in the event horizon of a blackhole. This is because the intense gravitational pull distorts the fabric of space-time, affecting all aspects of the universe.