If a person were to run on a train running at the speed of light, would he be able to go faster than

In the process of human exploration of the universe, the distance between the stars is so far that all our scientists now generally believe that there will be no way for human beings to get out of the solar system in hundreds of years. After all, after leaving the solar system, the distance between all celestial bodies is measured in light years, because it means that light has to travel for a year to reach another celestial body, and in our real life, it is still an unattainable dream to move at a very fast speed to reach the speed of light. <>

Exceeding the speed of light has become an impossible topic. This is mainly because the speed of light is defined in Einstein's theory of relativity, which he believed is the fastest speed in the universe and that no object can exceed the speed of light. Because when the speed of an object approaches the speed of light, its mass is close to infinity.

And when his mass is infinite, his own gravitational pull is already very large, forming a kind of black hole that can move. <>

But if we assume that an object is traveling at the speed of light, can we run above it faster than the speed of light? In my opinion, if such a scenario is achievable, it means that under the assumption of this scenario, Einstein's theory of relativity is no longer applicable, which means that there is no theory that the fastest speed in the universe is the speed of light. In this case, we can travel faster than the speed of light.

After all, once the previous theory is broken, it means that when we travel faster than the speed of light, we are not a moving black hole in itself. <>

And the mass itself is also in a controllable state, after all, the spacecraft can travel at the speed of light, why do we make a mistake when we travel at a speed beyond the extraordinary? But there is a paradox that needs to be explained here, that is, we can only say that the speed of us and the spaceship together is faster than the speed of light, but our own speed is still the speed of running, and it does not exceed the speed of light. So in reality, our running doesn't help us exceed the speed of light, it's just that if the speed of the ship and our speed are added together, we get faster than the speed of light.

No. Because a human being runs on a train at the speed of light, and the reference is a train, his speed does not exceed the speed of light.

It is impossible to exceed the speed of light, and we all know that even if a person runs on a train at the speed of light, he will run at the same speed of light at most, which is relative to the ground, and if he is relative to the train, his speed is very slow.

No, the speed of light is the fastest, no matter what tool a person rides, his speed is still his own speed.

If a person runs on a train with the speed of light, I personally think that his speed cannot exceed the speed of light, because the speed of light is the fastest.

The speed of light, which is almost considered to be the fastest in the world, has not been discovered to exceed the speed of light until now. But let's make a hypothesis, if a person can reach the speed of light, or even faster than the speed of light, what can he see? You might say that the human eye is not so famous for being able to see objects faster than the speed of light.

In other words, if you assume that a person can run at twice the speed of light and virtual guessing, what will you find? Will you see a space-time warp? Will it rise to a higher dimension?

Will you witness the founding of the universe?

In the time and space we live in, the speed of any object is less than the speed of light, and with the current technology mastered by human beings, it cannot reach the speed of light, maybe one day in the future, we can reach the maximum speed far beyond the speed of light, and then we can know what will happen after exceeding the speed of light?

First of all, we made a mistake on a key issue, that is, spacecraft can only approach the speed of light infinitely, but cannot reach the speed of light, and at present, human beings have only found that photons, a substance, can reach the speed of light, and no other matter can reach the speed of light, including neutrinos, which is only close to the speed of light. It doesn't take that much effort, you just keep accelerating and you can exceed the speed of light, really! Don't always talk about the theory of relativity, the theory of relativity is wrong.

One of its most important assumptions, that the speed of light does not change, is wrong.

The constant speed of light was famous in physics at that time"Two dark clouds"This conclusion was reached by Michelson's experiments. The Michelson experiment did not directly measure the speed of light, but designed an interference path of light to measure the existence of the aether. Since the Earth moves around the Sun at a speed of 30 kilometers per second, it is believed that the Sun is stationary.

If the aether were absolutely stationary, then the speed of the Earth relative to the Aether would be 30 kilometers per second, and there would be an Aether wind of 30 kilometers per second on the Earth. In Michelson's design, an interference fringe could have been observed, but no interference fringe of light could have been observed.

It is thought that there are only two possible outcomes: either ether is completely driven by the earth; Either the speed of light does not change. Einstein, on the other hand, established his special theory of relativity, arguing that without the ether, light would be in a place where there is nothing"Vacuum"so the speed of light does not change.

But later, science discovered that the vacuum is not empty, the vacuum is the lowest energy state of the energy sea, that is, the vacuum is matter. Since the vacuum is matter, it is impossible for the speed of light to remain constant, nor can the theory of relativity.

The speed of light is the limit of the motion of an object and is the result of the theory of relativity, and there are no valid conditions. Objects can move faster than the speed of light, but what about two opposing spaceships moving at the speed of light? The propagation speed of mechanical waves is related to the internal physical state of the medium, such as temperature density, and is not affected by the velocity of the medium.

Michelson-Morley's experimental results prove that the propagation speed of light on the earth is not affected by the speed of the earth's motion, which is completely consistent with the propagation characteristics of mechanical waves. It proves that light is a mechanical wave, Einstein's principle that the speed of light is invariant, that electromagnetic waves do not need a medium to propagate, and that the theory of relativity is the icing on the cake.

The spaceship with the speed of light still does not exist, it is just a fantasy of people, if human beings can finally break through the speed of light and enter the spaceship, then the speed of human beings will definitely continue.

No one is running on a light-speed spaceship, and even if someone runs on it, the speed will not exceed the speed of light, the planned speed is exceptionally fast, and nothing can surpass it.

The speed does not exceed the speed of light, because running on a light-speed spaceship, since there is no medium, is really just standing still.