用等离子体理论思考波粒二象性及其基于振子和准振子模型的解释

Shuxia Zhao
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引用次数: 0

摘要

这是我们第一次用等离子体理论观察量子世界。同时,在量子力学中首先提出了许多新的概念,如离散量子、精确量子和非线性量子等,并提出了新的视界,即切断相互作用的联系,或等效地引入破坏性扰动。引入了正振子模型和伪振子模型,并用它们来解释量子场的波粒二象性。通过添加这样的新内容,希望人们能够理解量子力学背后的物理,而不是用纯粹的数学知识来认识它。提出量子世界最好考虑外界环境的影响,从而将量子力学转化为量子动力学。量子动力学的建立有助于人们更好地理解和利用量子力学,如量子光学、量子通信和量子计算机等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thinking about the Wave-Particle Duality with Plasma Theory and Explaining it based on the Oscillator and Qseudo-Oscillator Models
It is the first time for us to observe the quantum world with the plasma theory. Mean-while, many new concepts, such as the discrete quantum, precise quantum and the non-linear quantum, etc., and new horizons, i.e., cutting off the connection of interaction, or equivalently introducing destructive disturbance, are supposed into the quantum mechanics at the first. The normal and pseudo-oscillator models are introduced and used to explain the wave and particle duality of quantum field. By adding such new content, it is hoped that people can understand the physics behind the quantum mechanics, rather than recognizing it with the pure mathematic knowledge. It is suggested that the quantum world is better to consider the influence of outside environment, and then the quantum mechanics is turned into the quantum dynamics. The establishment of quantum dynamics is helpful for people better understand and hence utilize the quantum mechanics, such as the quantum optics, quantum communication and quantum computer, etc.
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