双4维时空量子力学描述中电子自旋、自旋磁矩

The Electron Spin and Spin Magnetic Moment in Dual-Four-Dimensional Quantum Mechanism

摘要: 双4维时空量子力学描述中，微观客体的自旋是场物质球自身的转动。在自身参考系，场物质球的半径由静态康普顿动量m₀c定义：R₀=ħ/m₀c，转动频率为：E₀= hν₀；在运动参考系，场物质球的半径由动态康普顿动量mc定义：R₁= ħ/mc，转动频率为：E₁= hν₁。m，m₀是微观客体的动、静质量。电子自旋S及自旋磁矩μ_s都可以通过场物质球模型来计算。若自身参考系就在复数空间，在闵氏4维时空观察转动场物质球的运动，生成双4维复数时空，形成场物质的波动运动，它就是德布罗意物质波。

Abstract: In dual-four-dimensional quantum mechanism, the spin of micro object is caused by the rotation of field matter sphere itself. In its own frame of reference, the radius is defined as the static Compton momentum R₀=ħ/m₀c, and frequency is ν₀= E₀/h. In the Dynamic frame of reference, the radius is defined as the dynamic Compton momentum R₁= ħ/mc, and frequency is ν₁= E₁/h. m0 and m are the static and dynamic mass of a micro matter sphere, respectively. The electron spin s and spin magnetic moment μ_s both can be calculated by the field matter sphere model. If the frame of reference is in the complex space-time, and we observe the motion in a Minkowshi Space, then there will be a dual four-dimensional complex space-time. The fluctuation motion of field matter is De Broglie matter wave.