论文标题
连接两种随机理论，这些理论导致量子力学
Connecting two stochastic theories that lead to quantum mechanics
论文作者
论文摘要
该联系是在两种独立发展的理论之间建立的，目的是将量子力学描述为随机过程，即随机量子力学（SQM）和随机电动力学（SED）。尽管存在不同的起源和方法，但确定了两种理论之间的重要共同点和互补性。此外，SQM的动态方程式是用SED中不可或缺的元素完成的。解决了向量子动力学的过渡的中心问题，指出扩散在量化出现中的关键作用。
The connection is established between two theories that have developed independently with the aim to describe quantum mechanics as a stochastic process, namely stochastic quantum mechanics (sqm) and stochastic electrodynamics (sed). Important commonalities and complementarities between the two theories are identified, notwithstanding their dissimilar origins and approaches. Further, the dynamical equation of sqm is completed with the radiation terms that are an integral element in sed. The central problem of the transition to the quantum dynamics is addressed, pointing to the key role of diffusion in the emergence of quantization.
