首页> 外文会议>The International Conference on Laser Physics and Quantum Optics was held in Shanghai, China, from August 25 to August 28, 1999 >Super Classical Quantum Mechanics: The Interpretation of Non-Relativistic Quantum Mechanics
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Super Classical Quantum Mechanics: The Interpretation of Non-Relativistic Quantum Mechanics

机译:超经典量子力学:非相对论量子力学的解释

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Newtonian Classical Mechanics (NCM) suffers from several kinds of chaotic indeterminacy.These shortcomings can be repaired in a simple and obvious manner. The NCM theory is thereby transformed into a new (probabilistic) theory which is fully equivalent to the Non-relativistic Quantum Mechanics of the state function built in from the start. I call this new thoery Super Classical Quantum Mechanics, (SCQM). With the help of Paul Ehrenfest's 1927 theorem, the classical limit of the new theory, SCQM,gives exactly the results expected of an improved Newtonian theory of Classical Mechanics.This approach offers enormous advantages, not only for a physically reasonable interpretation of Quantum Mechanics, but also for its contribution to the Quantum Theory of Measurement,and for the avoidance of all of the so-=alled paradoxes of traditional non? relativistic Quantum Mechanics.
机译:牛顿古典力学(NCM)遭受多种混乱的不确定性的困扰,这些缺点可以通过简单而明显的方式加以修复。 NCM理论由此转变为一种新的(概率)理论,该理论完全等同于从一开始就内置的状态函数的非相对论量子力学。我称这种新理论为超经典量子力学(SCQM)。借助保罗·埃伦费斯特(Paul Ehrenfest)1927年的定理,新理论的经典极限SCQM正好给出了改进的牛顿经典力学理论的预期结果。这种方法不仅在物理上合理地解释量子力学方面具有巨大优势,也是因为它对量子测量理论的贡献,以及避免了传统非量子论的所有所谓的悖论。相对论量子力学。

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