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An Improved “Interference Collapse Rule” of Quantum Mechanics

机译:量子力学的一种改进的“干涉崩塌规则”

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The double-slit (gedanken-) experiment is the most famous experiment in quantum theory (QT). The explanation of the strange behavior of the electron in this experiment is used as a key example in QT in general. The description of the experiment includes a rationalization of when in quantum mechanics interference occurs and (most importantly) when it “collapses”. The aforementioned rule, here called the “interference collapse rule”, is contained in almost all textbooks of QT with only slight variations. However, this rule makes sense only with additional assumptions which apparently are not generally agreed upon among physicists. The paper proposes an improved interference collapse rule that connects the interference collapse to the QT measurement and a functional interpretation of QT measurement.
机译:双缝(gedanken-)实验是量子理论(QT)中最著名的实验。通常,将本实验中电子奇怪行为的解释作为QT中的一个关键示例。实验的描述包括对量子力学中何时发生干扰以及(最重要的)何时“崩溃”的合理化。前面提到的规则,这里称为“干扰崩溃规则”,几乎包含在QT的所有教科书中,只有很小的变化。但是,该规则仅在其他假设条件下才有意义,而这些假设条件显然是物理学家普遍不认同的。本文提出了一种改进的干扰崩溃规则,该规则将干扰崩溃与QT测量联系起来,并对QT测量进行了功能解释。

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