论文标题
Lepton Number vs库仑超临界
Lepton Number vs Coulomb Super-Criticality
论文作者
论文摘要
根据Lepton Number Number Convervation，考虑了Qed-Vacuum重建受影响（$ z> Z_ {Cr，1} $）影响的Qed-Vacuum重建的非扰动效应。问题在这里，如果真空壳的形成和自发性正电子发射（与潜入下连续体的离散水平相关）存在，那么它绝不应该是新物理学的信号。原因是发射的正电子携带的Lepton数量等于$（-1）\ tims $它们的总数，因此应通过VP密度共享相应的正Lepton数量，集中在真空外壳中。在这种情况下，代替整数Lepton数量的真实粒子，应该出现Lepton数字VP密度。否则，在此类过程中的Lepton数量保存必须被打破，或者禁止自发正电子发射。 还讨论了在核转化对背景上可以明确检测到真空正电子的发射的条件。
The non-perturbative effects of QED-vacuum reconstruction under influence of a supercritical EM-source ($Z>Z_{cr,1}$) are considered in view of lepton number conservation. The question is here that if the vacuum shells formation and spontaneous positron emission, associated with discrete levels diving into the lower continuum, exist in reality, then it by no means should be a signal of new physics. The reason is that the emitted positrons carry away the lepton number equal to $(-1)\times$their total number, and so the corresponding amount of positive lepton number should be shared by VP-density, concentrated in vacuum shells. In this case instead of integer lepton number of real particles there should appear the lepton number VP-density. Otherwise either the lepton number conservation in such processes must be broken, or the spontaneous positron emission prohibited. The conditions, under which the emission of vacuum positrons can be unambiguously detected on the nuclear conversion pairs background, are also discussed.
