Entanglement and Non-Locality
Entanglement and Non-Locality
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纠缠和非定域性
DOI：
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发表时间：
2009
期刊：
影响因子：
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通讯作者：
M. E. Parks
中科院分区：
文献类型：
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作者：
C. Holbrow;J. N. Lloyd;J. Amato;E. Galvez;M. E. Parks
在读完本书之前，你需要了解一些实验，这些实验支持量子不确定性是原子的基本特征，事实上，是整个物理世界的基本特征。为了理解这些实验，你需要知道量子叠加的一个显著而重要的特征，称为“纠缠”。正如你将看到的，纠缠不仅有助于确立不确定性是现实的一个基本特征，它还揭示了相距甚远的量子系统之间令人惊讶的非局域联系。这表明量子力学是一种非定域理论。非定域性和基本不确定性一样奇怪。本章将讨论两者。
Before you finish this book you need to learn about experiments that support the belief that quantum indeterminacy is a fundamental feature of atoms, indeed, of the entire physical world. To understand these experiments you need to know about a remarkable and important feature of quantum superposition called “entanglement.” As you will see, entanglement not only helps to establish that indeterminacy is a basic feature of reality, it also reveals surprising, non-local connections between quantum systems far apart from each other. It shows that quantum mechanics is a non-local theory. Non-locality is as strange as fundamental indeterminacy. This chapter discusses both.