length expansion

   Quantum mechanics is difficult to accurately apply causality. There are many phenomena out there that don't make sense. However, relativity does not go beyond causality like classical mechanics. If there is anything outside the causality in relativity, it is a very serious phenomenon.    However, unlike this naive desire of relativity, relativity can go beyond causality. It's time to deal with Bell's paradox. Bell's paradox is not just a small paradox within relativity. The problem of minor black-body radiation has spawned quantum theory, completely reversing the paradigm of science. In order for a paradigm to be maintained, nothing that rejects it must exist. In this respect, the current theory of relativity is challenged by various paradoxes. There are too many paradoxes in relativity. Among the paradoxes of relativity, Bell's paradox and Ernest's paradox are the most difficult. In particular, Bell's paradox is a very important issue that can sha

In scientific thinking, there are times when you have to ignore enormous variables, even if it is a minor problem, sometimes you have to trace it to the end. Today I will trace to the end the logic of these modern sciences. Some of the following are officially recognized in modern astronomy and relativity. 1. The length of a very fast moving object shrinks.      - Lorentz-Fitzgerald length contraction hypothesis - 2. The universe is expanding.  - Hubble's Law, Big Bang Theory - 3. In the distant universe, there is a celestial body moving at the speed of light.       - Big Bang theory, event horizon - 4. The universe, just below the event horizon,       moves away from the Earth at a relatively relativistic pace.       - Big bang theory - 5. Looking at the earth from the event horizon,      rather the earth is near the horizon of the event.      - Big bang theory - 6. Galaxies, stellar systems, molecules, atoms, and atoms are all spatially coupled. 7. When