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Why does time slow down for the observer who is moving at light speed compared to the standing observer?

in no more than in 7 sentences​

Sagot :

Answer:

The mathematics of Special Relativity tells us that as a reference frame moves at ever-higher speeds, its space contracts ever smaller and its time becomes ever slower, relative to the stationary observer. At the limit that its speed approaches the speed of light in a vacuum, its space shortens completely down to zero width and its time slows down to a dead stop. Some people interpret this mathematical limit to mean that light, which moves at the speed of light, experiences no time because time is frozen. This limiting behavior simply tells us that there is no valid reference frame at the speed of light. A reference frame that has exactly zero spatial width and exactly zero time elapsing is simply a reference frame that does not exist. Since there is no valid reference frame at the speed of light in a vacuum, there is also no way for an object with mass to ever go exactly at the speed of light. If it did, then the object with mass, which certainly exists, would be jumping into a reference frame that does not exist, which makes no sense.

Explanation:

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