运用MSae单位制工具剖析量子霍尔效应

A study on the quantum Hall effect by using the MSae system of units

量子霍尔效应可以在一个氢原子的电子圆周运动中显示,从个别量子之间相互作用角度剖析量子霍尔效应,有助于发现量子霍尔效应的发生机制。共振是形成量子霍尔效应的基础。使用频率替代能量可以简化物理单位,将频率、波速、波长直接体现在对物理量分析的现场,有助于个别量子之间共振机制的研究。

Quantum Hall Effect can be seen at the electron’s circular motion of a hydrogen atom. Analysis of Quantum Hall Effect from the angle of interaction between individual quantum is beneficial to uncover the occurrence mechanism of Quantum Hall Effect. As resonance is the fundamental of formation of Quantum Hall Effect, the use of frequency to replace energy can simplify physical units, which can directly demonstrate frequency, wave speed, and wave length to the site of physical quantity analysis, therefore facilitates the research on resonance mechanism of individual quantum.