The consequences of the idea of stimulation of spontaneous emission of photons and scattering of particles in quantum electrodynamics by zero-point fluctuations of an electromagnetic field (ZPFs) are considered. It is shown that this idea leads to a connection between the magnitude of the elementary electric charge and the intensity of the ZPFs, leads to the idea of the stochastic nature of the electromagnetic interaction in time, and due to this, to the possibility of “classical” passage of particles through a potential barrier.

中文翻译：

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电磁场零点涨落强度（ZPF）与基本电荷大小之间的关系

考虑了量子电动力学中通过电磁场 (ZPF) 的零点涨落激发光子自发发射和粒子散射这一想法的后果。结果表明，这个想法导致了基本电荷的大小和 ZPF 强度之间的联系，导致了电磁相互作用随时间的随机性质的想法，因此，有可能“粒子通过势垒的经典“通道”。