Who can explain the theory of relativity and space-time tunnel in detail?

The theory of relativity is used to explain what happens when the speed of motion is close to the measured speed. Because speed is relative, various measured speeds are relatively close, so it is called the theory of relativity.

Einstein's theory of relativity was discovered to explain why the motion of particles moving at high speed does not conform to Newton's law, but to Lorentz's law.

To this end, he made two assumptions: the laws of motion in different reference systems have the same mathematical form; the speed of light is the same in different reference systems.

Special relativity teaches that relativistic effects exist in coherent systems.

Einstein derived the results of clock slowness, ruler contraction, and space curvature from calculations, which are different from traditional definitions.

But today, we find that the particles of light are not as solid as in Einstein’s time. Many phenomena can be explained by the laws of waves. Einstein’s hypothesis does not have universal laws. According to the current situation, It was found that there can be a more adaptable theory of relativity that is compatible with all theories. Its derivation only requires a few modifications to the original theory of relativity and does not require derivation assumptions.

When the clock moves away at close to the speed of sound, because the sound transmission takes time, the bell heard is slower than the local clock. When the clock moves away at close to the speed of light, because the light transmission takes time, the clock seen is slower than the local clock. The local clock slowness is the essence of the clock slowness effect calculated by Einstein.

Light is a pure wave, and relativistic effects are only measurement effects, effects introduced due to measurement speed. Einstein's theory of relativity is a theory of relativity that needs revision.

When Einstein deduced the theory of relativity, he did not rule out this effect at all. There was a huge loophole in his derivation! Therefore, Einstein's theory is a theory that needs to be revised.

If a clock moves away from the origin at 0.5 times the speed of sound, what will we hear?

At one second, it is 0.5 seconds away from the origin and reports 1 second. However, when we hear this event at the origin, it takes another 0.5 seconds, so we find that at 1.5 seconds from the local clock, the distant The clock in the distance chimes 1 second, the local clock chimes 3 seconds, and the clock far away chimes 2 seconds. That is, when we ignore the measured time, we mistakenly think that the clock far away is slower. And the faster the speed, the more the clock slows down.

Suppose there is a ruler with a length of 1 sound second, and there is an infinitely long ruler fixed on the ground where we are measuring. There is a detection device at the head and tail of the moving ruler. When the detection coincides with a certain ruler on the ground, When, the scale is reported with a sound, and we receive the sound at the origin of the ground ruler. The ruler moves away at a constant speed and gradually moves away. When the tail of the ruler reaches 0 sonic seconds, the head of the ruler is already 1 sonic second away from us, and we can only receive this distance after 1 second. When the tail of the ruler reaches the distance of 1 sonic second, the head of the ruler reaches 2 tones seconds, we still have to wait 1 second after we receive the 1 tones seconds from the end of the ruler before we can receive the 2 tones seconds from the head of the ruler, so we will intuitively think that the tail of the ruler reaches the scale first, and the head of the ruler reaches it later. The scale that should be reached immediately feels like a ruler that is far away, shortened. And the faster the movement, the shorter it feels.

Exceeding the speed of sound we will catch up with the previous sound of the clock, that is, we will first hear the clock strike 3 times to announce 3 o'clock, then hear the clock strike 2 times to announce 2 o'clock, and then hear the bell strike 2 o'clock. 1 click, it reports 1 o'clock, this is the phenomenon of time flowing backward beyond the speed of sound!

The phenomena of clock slowness, ruler shrinkage, and superluminal time reversal can all be determined by sound experiments. This only proves that there is something wrong with Einstein’s conclusion. He ignored the problem of measuring speed and regarded the phenomenon as As a physical essence. If the theory of relativity is explained according to the method of this article, the twin paradox and the paradox of the son returning to his unborn state and killing his father do not exist.