论反常作用、轻子结构和μ-e质量差

本文提出了反常作用的μ荷观点,μ荷不仅是一种反映μ-e禁戒性的量子数,而且是反常作用的承担者。在此观点下,讨论了轻子结构和μ-e质量差,得到了关于轻子结构的一些普遍定理。例如,证明了电子的反常作用和电磁作用形状因子相同等。在讨论轻子结构的基础上,得到了将μ-e质量差和轻子的电磁结构相联系的公式,证明了主要由于电磁作用干涉产生的μ荷-μ矩作用是反常作用自能的主要部分,它是负值,故是电子参与反常作用。利用电子的电磁结构数据能合理地解释μ-e质量差,而后者也提供了有关电子电磁结构的进一步知识。

ON THE ANOMALOUS INTERACTION, LEPTON STRUCTURE, AND μ-e MASS-DIFFERENCE

In this paper, we discuss the lepton structure and the (μ-e mass-difference on the basis of the "muonic charge" model. Some general theorems concerning the lepton structure are demonstrated. For example, it is shown that the form factors of "muonic charge" current and of electric current of charged lepton having anomalous interaction are equal. As a result, this lepton would posses a "muonic moment". It is shown that the anomalous interaction self-energy corresponding to "muonic-charge-muonic moment" interaction is the dominated term and the μ-e mass difference is consistent with the known experimental data of the electromagnatic structure of the eletron.