解析内禀自旋与磁场
胡良
深圳市宏源清实业有限公司
摘要：磁力就是两磁极之间的相互吸引（或相互排斥）的力；由磁力所引起的力矩就称为磁力矩。值得一提的是，电子自旋（内禀属性）形成的磁距与磁力距是不同的概念。
关键词：磁力，内禀自旋，磁距，磁力距，自旋，背景空间，不确定性原理
作者：总工，高工，硕士，副董事长
1磁场
磁力就是两磁极之间的相互吸引（或相互排斥）的力；由磁力所引起的力矩就称为磁力矩。值得一提的是，电子自旋（内禀属性）形成的磁距与磁力距是不同的概念。
Magnetic force is the force of mutual attraction (or mutual repulsion) between two magnetic poles; the moment caused by the magnetic force is called magnetic moment. It is worth mentioning that the magnetic moment and the magnetic moment formed by the electron spin (intrinsic property) are different concepts.
2引力与斥力的内涵
电子（同性电荷）之间相互排斥；而根据量子三维常数理论，自旋的电子，在一定边界条件下，可通过磁力相互吸引。
同样的道理，质子（同性电荷）之间相互排斥；但自旋的质子，在一定边界条件下，也可通过磁力相互吸引；从另一个角度，揭示了原子核可以稳定的原因。
According to the quantum three-dimensional constant theory, electrons (same charges) repel each other; but spin electrons can attract each other through magnetic force under certain boundary conditions.
In the same way, protons (same charges) repel each other; but spin protons, under certain boundary conditions, can also be attracted to each other through magnetic force; from another angle, it reveals the reason why the nucleus can be stable.