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A Semi-classical Study on the Sauter-Schwinger Effect of Lepton Antilepton Pairs in Vacuum
Results in Physics ( IF 5.3 ) Pub Date : 2020-04-20 , DOI: 10.1016/j.rinp.2020.103108
A.M.M. Elsayed , M.E Medhat , S. Amanzholova

In this paper we purpose a fluctuation mechanism of the continuously appearing and disappearing lepton-antilepton pairs in vacuum. Within this approach, a semi-classical study on the Sauter-Schwinger effect is accomplished. We examined the suggested mechanism by comparing calculation of the Schwinger threshold our mechanism provides with the original one (m2c3/e). While derivation we observed that the fluctuation mechanism suggests that muons and tauons should maintain the idea of classical lepton radius just as electrons maintain the idea of classical electron radius. The mechanism provides that lepton-antilepton pairs have initial total energies proportional to their rest mass energies with common constant of proportionality equal to1.47858037433852.



中文翻译:

轻子对反轻子对在真空中的Sauter-Schwinger效应的半经典研究

在本文中,我们的目的是在真空中连续出现和消失的轻子-反轻子对的波动机制。在这种方法下,完成了对Sauter-Schwinger效应的半经典研究。我们通过比较我们的机制提供的Schwinger阈值与原始机制所计算出的Schwinger阈值(2C3/Ë)。在推导过程中,我们观察到波动机制表明,μ子和tauons应该保持经典的轻子半径,就像电子保持经典的电子半径一样。该机制提供了轻子-反对子具有与其静止质量能量成正比的初始总能量,且共同的比例常数等于1.47858037433852

更新日期:2020-04-22
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