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First: It is impossible for an object to reach the speed of light, it can only be infinitely close to the speed of light Second: the speed is from 0 to close to the speed of light within 10s, and the acceleration that needs to be borne is 30000000g, and the maximum acceleration that humans can bear is known to be about 20g.
Third: to accelerate a 70kg human body to nearly the speed of light, the amount of energy required is incredible, you need to call on the energy of the entire galaxy, and a Dyson sphere will not solve the problem. Fourth:
Even if you can overcome the above difficulties, you will find that people who are just stationary see you as slow motion, your metabolism slows down to tend to be stationary, and in the eyes of others you are close to eternal life. But for yourself, except that you will feel that you are getting heavier, the passage of time is the same, and you will still be poisoned to death in a matter of seconds. Fifth:
The easiest way to want immortality is to do nothing, in most worlds you will die of poison, but there will always be a universe where you will survive, and you yourself will only feel the experience in the universe you live in, this is quantum immortality. <>
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The title says "moving at the speed of light", assuming that ignoring the inability to reach the speed of light of a mass object really gives him a speed of 1c, then his frame of reference has a speed of 0 in relation to the outside world, so his time has reached the end of the universe before it has even begun. However, in fact, according to the mass-energy equivalence, the mass of a mass object reaches infinity when it reaches the speed of light, which is equivalent to having infinite energy. However, the energy of the entire universe is poor, and it is impossible to have infinite energy to push the velocity of a mass object to 1c.
Therefore, the velocity of an object with mass can only be infinitely close to the speed of light, and the velocity of its reference frame with respect to the outside world can only be infinitely close to 0. Thus, the time it takes for a light-moving poisoner to be poisoned in his own frame of reference is directly the same as the time required in a stationary frame of reference. It was just a matter of a moment for him, and it seemed to us on Earth that it had been quite a long time from the time he took the poison to the time he was poisoned.
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First of all, Einstein's proposed effect is simply and crudely understood: the faster an object with mass travels relative to other objects, the slower the time of the object itself passes relative to other objects, and when the object is infinitely close to the speed of light, the time of the object is infinitely stationary relative to the time of other stationary objects. This theory requires a frame of reference.
To paraphrase the thought experiment that was said to be rotten, first of all, holding a bottle of strong poison that can kill a person in a second, he is now in a "light speed train" that can move at the speed of light at any time, and he is standing next to this train as an observer. Then, the moment I drank the poison, the train started and was moving at the speed of light relative to the observer me, so the problem is, most people think so: because the speed of light is moving, one second is infinitely extended, which can make the moment of being poisoned infinitely far away, and not only that, but because the time to experience aging is also infinitely extended, so it is immortalized.
But is the situation really what you think? If you ignore the frame of reference, you're really making a serious mistake. Because the speed of time in this effect is relative to other frames of reference.
Yes, time does slow down, but it's only relative to me as an observer, because I'm in a different space-time system than I. In fact, the speed of light (including any thing that moves at the speed of light) will not appear that "obviously has the feeling of time slowing down", and there will be no sense of time change in itself, which means that from my own point of view, after a normal second after drinking the poison, I hung up, but this second is infinitely extended for me, and I will never experience the moment of hanging up. Because I and I are relatively in a different space-time system, it should be noted that the flow rate of time in their respective space-time reference systems will not change in any way.
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First of all, objects with mass cannot reach the speed of light, only close to the speed of light. Secondly, the kind of acceleration that can reach the speed of light in a few seconds is unbearable for humans. But fortunately, we can choose the acceleration method, such as using the spatial curvature to propulsion, so that people can not feel the acceleration.
But if that's the case, a lot of curvature is needed, and that huge curvature ......Humans would be stretched out by the uneven gravitational pull as if they were falling into a black hole, and then probably die just before the toxicity hits. The average lifespan of a sub at rest is microseconds, and from the perspective of the classical view of motion, a sub can only travel 660 meters from birth to death at the speed of light. However, people have been able to collect particles from an altitude of 15 km on the ground, which has become a classic example of the time dilation effect in special relativity.
Although from the perspective of a ground observer, the sub flew for 50 microseconds, only the sub himself knew that it really only lived for microseconds. This is the relativity of time. Brother Zi, if it's really you, don't be sad, don't cry, don't brush Zhihu, because you don't have time.
Whether you spend four years to reach the Trisolar System or three million years to the M78 Nebula, it's someone else's clock. In your world, there are only microseconds in life. <>
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Ignoring the other factors, the speed of light does not stop in his own sense, but relative to other observers, in short, you can never see him die, but he can feel himself dying. Or that in your perspective he is immortal, and in his own perspective he is dying.
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If you move at the speed of light, you will be able to find the antidote faster. Whether it will die or not depends on whether the antidote has an effect.
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Even if you don't get poisoned, let alone the speed of light, it's just a few Mach ordinary people try. I can't stand it. At the speed of light, it was burned into ash by friction.
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If you are the only one who reaches the speed of light, everyone else is normal, and others will see that you will not die, because for them you have not done anything, the poison will naturally not be distributed, and for you, when you should die is when you should die. If everyone is at the speed of light, you will die when you are supposed to die for everyone.
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There is probably a time for poisoning to occur, and the speed of light directly decomposes into a cloud of particles, and it dies faster
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