标准模型理论的一点缺陷

胡良

标准模型理论已取得了较大的成功；但是，标准模型理论中的大多数参数（例如，粒子质量，相互作用强度等）是实验观测的结果，而不是从理论本身进行推导而得到的。

The Standard Model theory has achieved greater success; however, most parameters in the Standard Model theory (eg, particle mass, interaction strength, etc.) are the result of experimental observations, not derived from the theory itself.

值得一提的是，标准模型理论并没有任何办法解释模型参数为什么是这个值。换句话说，标准模型仅仅只是表达了物理现象，而并不能真正解释其物理本质。

It is worth mentioning that the standard model theory does not have any way to explain why the model parameters are this value. In other words, the Standard Model merely expresses physical phenomena, but does not really explain their physical nature.

这意味着，必须从头开始建立更本质的物理学理论，才能从根本上统一量子力学及相对论。

This means that more fundamental physical theories must be established from scratch to fundamentally unify quantum mechanics and relativity.

因此，必须找到真正的大统一理论（万物之理理论），才能真正解读物理的本质，而这个理论就是量子三维常数理论。

Therefore, it is necessary to find the true grand unified theory (the theory of the principle of everything) in order to truly understand the nature of physics, and this theory is the quantum three-dimensional constant theory.