ABOUT POSITION MEASUREMENTS WHICH DO NOT SHOW THE BOHMIAN PARTICLE POSITION
ABOUT POSITION MEASUREMENTS WHICH DO NOT SHOW THE BOHMIAN PARTICLE POSITION
复制标题
关于不显示波姆粒子位置的位置测量
DOI：
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发表时间：
1995
期刊：
影响因子：
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通讯作者：
L. Vaidman
中科院分区：
文献类型：
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作者：
Y. Aharonov;L. Vaidman
这项工作的灵感来自我们与大卫玻姆在不同时期在特拉维夫，伦敦，和南卡罗来纳州的讨论。我们对在关于弱测量的两态矢量形式主义的框架中获得的结果感到兴奋（Aharonov和Vaidman 1990），我们试图用玻姆的因果解释来理解这些结果（玻姆1952 a，B）。玻姆理论和两态矢量形式主义对实验结果的预测与标准量子理论相同。因此，这两种方法之间显然不存在技术上的矛盾。然而，这是一个合理的问题，问如何接近或如何不同的两个理论的概念。基本概念之间的摩擦可能会导致量子理论的修改方向;寻找一个有用的修改是大卫玻姆的目标。
This work is inspired by our discussions with David Bohm in different periods in Tel-Aviv, London, and South Carolina. We were excited by the results we obtained in the framework of two-state vector formalism about weak measurements (Aharonov and Vaidman 1990) and we were trying to understand these results using Bohm’s causal interpretation (Bohm 1952a,b). Both Bohm’s theory and the two-state vector formalism yield the same predictions for the results of experiments as the standard quantum theory. Therefore, clearly, there cannot be a technical contradiction between these two approaches. However, it is a legitimate question to ask how close or how different are the concepts of the two theories. Friction between the basic concepts might lead to a direction for the modification of quantum theory; the search for a useful modification was the goal of David Bohm.