基本粒子的真实含义胡 良 摘要：基本粒子（不可分割）是指构成物质的最小（最基本）的单位，是组成各种物体的基础。在不改变物质属性的前提之下，具
有最小体积物质。关键词：光子,电子，质子，中子中图分类号， 0572.3作者：总工，高工，硕士，副董事长1,基本粒子的含义基本粒子
（不可分割）是指构成物质的最小（最基本）的单位，是组成各种物体的基础。在不改变物质属性的前提之下，具有最小体积（空间荷）物质。El
ementary particle (indivisible) refers to the smallest (most basi
c) unit of matter, which is the basis of various objects. Having
the minimum volume (space charge) of matter without changing its
properties.基本粒子具有对称性 （任何一种粒子都存在相应的反粒子）。基本粒子具有粒子性及波动性（波粒二象性）；这意味着，
基本粒子都具有共振态。基本粒子在一定边界条件下，可以相互转化。Elementary particle have symmetry
(any kind of particle has corresponding antiparticle). Elementary
particle have particle property and wave property (wave particle
duality); This means that all elementary particle have resonance
states. Under certain boundary conditions, elementary particle c
an be transformed into each other.光子的表达式：Expression for photons:?
VpC^3=(Vpf)C^2λ=mC^2λ=Eλ=（Vpfp)C^2λp=mpC^2λp=hC=(hf
)λ==(hfp)λp2,基本粒子是宇宙的底层逻辑通过基本粒子可构成原子及分子。质量（包括动量，能量等）仅仅是物质的基本属性
之一。 强相互作用具有渐近自由属性。Atoms and molecules can be formed through eleme
ntary particle. Mass (including momentum, energy, etc.) is only o
ne of the fundamental properties of matter. Strong interactions h
ave asymptotic freedom properties.3,夸克的内涵值得注意的是，夸克（属于唯象理论的假设）并不是基
本粒子，仅用于表达基本粒子的内部属性。It is worth noting that quarks (which belong t
o the hypothesis of phenomenological theory) are not elementary p
article, but only used to express the internal properties of elem
entary particle.量子三维常数理论根据量子三维常数理论（真正的大统一理论），光子是最基本的基本粒子；光子相互碰撞形成
基它基本粒子（电子，质子及中子等），再由基本粒子（光子，电子，质子及中子等）构成万事万物。物质是由荷（体现信号速度）及相应的场（体
现超距，纠缠）组成的。According to the quantum three-dimensional constant th
eory (the true grand unified theory), photons are the most basic
elementary particle; Photons collide with each other to form its
elementary particle (electrons, protons and neutrons, etc.), and
then elementary particle (photons, electrons, protons and neutron
s, etc.) constitute everything. Matter is composed of charges (re
flecting signal velocity) and corresponding fields (reflecting distance, entanglement). |
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