物理学的历史性突破
胡 良，深圳市宏源清实业有限公司
摘要：量子三维常数理论具有唯一性，该理论没有任何自由参数（时空所具有属性都可从理论中推导），具有自洽的量子化；所有的物理属性，都可由该理论本身推导。也就是说，该理论可解释所有的物理学理论（万有引力，电磁学，波函数，广义相对论，量子场论，弦论等）。
关键词:量子,普朗克常数,牛顿定律,相对论，不确定性,玻色子，费米子
作者：总工，高工，硕士，副董事长 ,[email protected]
The quantum three-dimensional constant , h*C=Vp*C^(3), embodies the intrinsic relationship between the speed of light and the Planck constant 。
1 引言
宇宙中，最基本的基本粒子是光子；然后，光子通过相互碰撞再形成基本粒子（电子，质子及中子）；再通过基本粒子构成原子，分子及星系等。
In the universe, the most basic elementary particles are photons; then, photons collide with each other to form elementary particles (electrons, protons, and neutrons); and then elementary particles constitute atoms, molecules, and galaxies.
换句话说，基本粒子表达了物质组成及相互之间的作用，原子是由电子及原子核组成，原子核是由质子及中子组成；而电子，质子及中子又具有内部的结构（夸克）。
In other words, elementary particles express the composition of matter and their interactions. Atoms are composed of electrons and nuclei, and nuclei are composed of protons and neutrons. Electrons, protons, and neutrons have internal structures (quarks).
在一定的边界条件下，玻色子（光子）可转换成费米子（电子，质子，中子）,而费米子也可转换成玻色子。
Under certain boundary conditions, bosons (photons) can be converted into fermions (electrons, protons, neutrons), and fermions can also be converted into bosons.
量子三维常数理论，让复杂困难的问题变得简单，解释了为什么有物质及相互作用（可通过任何高精度的实验检验）；表达了电子质量及电荷等内涵（可计算出电子质量及电荷），而不需要量子场论所需要的重整化；解读了超对称的内涵，时空奇点的本质，宇宙背景辐射的内涵，时空的维数（十一维）的逻辑，各种对偶性的原因（例如，电荷及磁荷的乘积是一个常数）。
Quantum three-dimensional constant theory simplifies complex and difficult problems, explains why there are substances and interactions (can be tested by any high-precision experiments), and expresses the connotations of electron mass and charge (the electron mass and charge can be calculated) Without the renormalization required by quantum field theory; interpreted the connotation of supersymmetry, the essence of space-time singularity, the connotation of cosmic background radiation, the logic of space-time dimension (11th dimension), various duality The reason (for example, the product of charge and magnetic charge is a constant).
量子三维常数理论是真正的大统一理论（四种相互作用力的统一）。
Quantum three-dimensional constant theory is the theory of true grand unification (the unification of four interacting forces).
2 量子三维常数理论
该理论已突破所有物理学研究中的难点；因此，过去不能解决的问题，就变得很容易解决。
This theory has broken through all the difficulties in physics research; therefore, problems that could not be solved in the past have become easy to solve.
量子三维常数理论具有唯一性，该理论没有任何自由参数（时空所具有属性都可从理论中推导），具有自洽的量子化；所有的物理属性，都可由该理论本身推导。
The theory of quantum three-dimensional constants is unique. The theory does not have any free parameters (the properties of space and time can be deduced from the theory) and has a self-consistent quantization; all physical properties can be derived from the theory itself.
也就是说，该理论可解释所有的物理学理论（万有引力，电磁学，波函数，广义相对论，量子场论，弦论等）。
That is, the theory can explain all physical theories (gravity, electromagnetics, wave functions, general relativity, quantum field theory, string theory, etc.).
该理论是真正的物理学的大统一理论（万物都必须具有相同的物理学定律）。值得一提的是，当背景随时空变化时，量子三维常数理论也是非常简约的。
This theory is truly the grand unified theory of physics (everything must have the same laws of physics). It is worth mentioning that when the background changes in space and time, the quantum three-dimensional constant theory is also very simple.
3量子三维常数理论的前景
量子三维常数理论来源于，量纲分析（定性）及物理学常数（定量）的逻辑，而不是起源于一系列的实验。
The theory of quantum three-dimensional constants is derived from the logic of dimensional analysis (qualitative) and physical constants (quantitative), rather than originating from a series of experiments.
量子三维常数理论属于量子引力理论，建立了所有物理学常数之间的关联。量子三维常数理论的发现，是人类最大的幸运。
Quantum three-dimensional constant theory belongs to the theory of quantum gravity, which establishes the correlation between all physical constants. The discovery of the quantum three-dimensional constant theory is the greatest luck of mankind.