月亮为什么远离地球？

Why Is the Moon Getting Further Away from Earth?

摘要: 月亮为什么远离地球？第一想到的原因当然是宇宙膨胀，但是，哈勃定律的计算结果与观测不符。我们通过时空阶梯理论，建立了太阳系内行星和卫星的膨胀公式，计算结果与观测基本吻合。不仅如此，解释该膨胀公式的时候，发现了太阳系内的类似原子的精细结构常数，这个常数与能气场的收缩有关，正是这个常数让行星的膨胀速度以等角螺线的方式递减，所以太阳系内的行星的膨胀速度与哈勃定律中的天体退行速度差别很大。通过这次计算发现，原子和太阳系虽然都属于形而下时空的收缩，但是是有区别的，原子在收缩中收缩，就是彻底的收缩，而太阳系是则是在收缩中膨胀。这与时空阶梯理论的预测是一致的，原子的收缩与宇宙的膨胀是相互对应的，原子精细结构常数的增加就是证明原子在收缩，而原子收缩在时空阶梯理论看来，就是宇宙正在膨胀，这些观测结果，证明了时空阶梯理论是对的。另外，这次研究发现，时空阶梯理论对力的解释与量子电动力学对力的解释是等效的，都是以精细结构常数为基础。

Abstract: Why is the Moon getting further away from Earth? The first reason that comes to mind is, of course, the expansion of the universe, but the calculations according to Hubble’s law do not match these observations. Through the theory of space-time ladder, we have established the expansion formula of the planets and satellites in the solar system, and the calculation results are basically consistent with the observations. Moreover, when explaining the expansion formula, the similar atoms fine structure constants in the solar system are found. This constant is related to the contraction of the Energy QI field. It is the constant that causes the expansion speed of the planet to decrease in the form of an equiangular spiral, so the expansion velocity of the planets in the solar system differs greatly from the recessional velocity in Hubble’s Law. Through this calculation, it is found that although both the atom and the solar system are contracted in the form of the physical space-time, there is a difference. The atom shrinks in contraction, which is a complete contraction, while the solar system expands in contraction. This is consistent with the prediction of the space-time ladder theory. The contraction of atoms and the expansion of the universe correspond to each other. The increase of the atomic fine structure constant proves that the atom is shrinking, and the atomic contraction seems to be that the universe is expanding in the space-time ladder theory. These results prove that the space-time ladder theory is correct. In addition, this study found that the interpretation of force by space-time ladder theory is equivalent to the interpretation of force by quantum electrodynamics (QED), and is based on fine structure constants.