基于新概念的电路理论及其在量子理论中的应用

Nobuo Nagai, H. Sanada, T. Yahagi
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引用次数: 0

摘要

在第15节中,我们通过将电路理论应用于狄拉克方程,证明了许多量子具有自旋1/2的原因。在本节课中,我们尝试从另一个角度将电路理论应用于狄拉克方程,并确定了一个电子和中微子不与其他量子结合而独立存在的模型。我们还确定了一个中子和质子的模型,其中的中子和质子具有自旋 1/2,可以与其他量子结合,并证明这个模型代表了非对称 LC 梯形电路的元素,它们可以被视为粒子。
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Circuit Theory Based on New Concepts and Its Application to Quantum Theory
In Session 15, the reason why many quanta have spin 1/2 was demonstrated by applying circuit theory to the Dirac equation. In this session, we attempt to apply circuit theory to the Dirac equation from a different viewpoint and determine a model in which electrons and neutrinos are not bound to other quanta and exist independently. We also determine a model of neutrons and protons that have spin 1/2 and can be bound to other quanta and show that this model represents the elements of an asymmetric LC ladder circuit, which can be treated as particles.
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