According to Einstein's theory of relativity, someone on a fast-moving vehicle would indeed experience a slightly longer lifespan compared to someone at rest relative to that vehicle. This effect is a consequence of time dilation, a phenomenon predicted by the theory of relativity.

Here's a simplified explanation:

1. Time Dilation: In special relativity, time dilation occurs because time passes more slowly for an observer in motion relative to a stationary observer. The faster you move relative to someone else, the slower time passes for you, as seen by the stationary observer.

2. Practical Implications: For example, if you were traveling on a spacecraft at speeds close to the speed of light, you would age more slowly compared to people who remain on Earth. This effect is extremely small at everyday speeds but becomes significant at speeds approaching the speed of light.

3. Earth vs. Vehicle: In everyday situations, like riding in a fast car or plane, the speed isn't nearly high enough to create a noticeable difference in aging. The effect is more prominent in scenarios involving speeds that are a significant fraction of the speed of light.

So theoretically, if you were in a vehicle moving at a very high velocity relative to someone stationary on Earth, you would age slightly slower than the stationary person. However, for all practical purposes in our daily lives, this difference is negligible.

쉽게 말해서 아인슈타인 상대성 원리에 의해 빨리 움직이는 물체에 타고 있는 사람이 정지해 있는 사람보다 더 긴 시간을 경험하게 됩니다만ㅋㅋㅋ

고층빌딩에 사는 사람은 땅위에 사는 사람보다 지구자전에 따른 회전반경이 약간 더 커지죸ㅋㅋ

자전속도는 똑같은데 회전 반경은 더 크면 운동속도는 어떻게 된다? 네 더 빨라집니다만ㅋㅋㅋ

그 결과 지표면에서 살아가는 인생들보다 고층아파트에 살수록 실제로 더 오랜 시간을 살게 되는 부분이죸ㅋㅋ

인공지능도 맞다고 합니다만ㅋㅋㅋ