Alternative Approach to Copenhagen Interpretation

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Abstract

In this study, a double-slit experiment was simulated with only classical-mechanics assumptions to demonstrate that the phenomena associated with this experiment can be explained by classical mechanics. The experiment was conducted with the particle nature intact, by performing observations that did not affect the particle motion while recording the particle position at each simulation step. Only one experimental particle was assumed per session to prevent external effects. Nevertheless, wave patterns, which have previously been thought to occur only quantum-mechanically, were observed on the inspection plate. This study focused on proving that classical mechanics can explain the double-slit wave pattern.
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哥本哈根解释的替代方法
在本研究中,我们仅使用经典力学假设对双缝实验进行了模拟,以证明经典力学可以解释与该实验相关的现象。实验是在不影响粒子运动的情况下进行的,在每个模拟步骤中记录粒子的位置。为防止外部影响,每次实验只假设一个实验粒子。尽管如此,我们还是在检测板上观察到了以前认为只在量子力学中出现的波形。这项研究的重点是证明经典力学可以解释双缝波型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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