What is it about?

电子自旋的概念具有广泛的应用潜力。然而,经过一个世纪的努力,电子自旋的本质和具体形式仍未被揭示。原因可能是它受制于点粒子材料结构的概念。为了解决这个问题,启动材料结构概念的量子力学革命的一种方式是确立波元素材料结构的概念。假设电子组成为波,电子固有运动(自由电子的自旋)即为“质量的旋转,等价于波的能量”。这种旋转不是球体的旋转,而是类似于环状物质沿环的旋转。这一假设打破了点粒子结构的概念。根据该方法,电子的角动能和自旋磁矩可以通过经典力电动力学方法精确计算。其他应用也非常成功,这推动了量子力学和材料结构理论的革命。电子自旋磁矩和电子自旋角动量都源自构成电子的波沿相轨迹的运动,为“离散波构成局部电子,电子具有自旋磁矩”这一事实提供了高度统一的解释。

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Why is it important?

The proposal of the wave element electronic structure theory is a significant breakthrough in the old point particle structure theory.

Perspectives

We no longer consider elementary particles as excited states of the field. It is a significant revolution in the theory of physical structures.

Runsheng Tu
Institute of Theoretical Physics

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This page is a summary of: Solving the Problem of Source of Electron Spin Magnetic Moment, Physical Science International Journal, November 2024, Sciencedomain International,
DOI: 10.9734/psij/2024/v28i6862.
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