全部

1·Why doesn't nature allow even stronger non-locality?

为什么大自然中不存在更强的非定域性。

2·Many phenomena are pointing to the validity of non-locality.

许多现象都指向有效的非局域性。

3·This paper aims to explore the impact of causation from the quantum non-locality.

本文旨在探究量子非定域性对因果关系产生的影响。

4·Therefore the ghost diffraction phenomenon is not an experimental evidence for quantum non-locality.

由此可以断定鬼衍射现象并不能作为量子力学非局域性存在的实验证明。

5·The discussion of this subject continues in the physics world, with some physicists accepting quantum non-locality and others rejecting it.

这个问题的讨论继续在物理学界，一些接受量子非局域性及其他拒绝的物理学家。

6·Oppositely, the blame from quantum non-locality to the causality has injected new elements, providing us with new problems and research material.

量子非定域性对因果关系的责难又一次为因果关系的研究注入了新的元素，为我们提供了新的问题和研究素材。

7·This paper is started by reviewing the entanglement and entanglement state, and then focuses on the essence of entanglement and the notion of non-locality.

本文从介绍纠缠和纠缠态出发，着重讨论纠缠的本质和非定域性概念。

8·We investigate the entanglement, quantum teleportation, and quantum non-locality affected by the phase de-coherence and amplitude de-coherence of the environment.

为此，我们研究了相位退相干和振幅退相干环境对纠缠、量子隐形传态和量子非局域性质的影响。

9·Obviously, global variables could do the same job, but they cause the familiar problems with pollution of the global namespace, and allow mistakes due to non-locality.

显而易见，全局变量可以做同样的工作，但它们带来了大家熟知的全局性名称空间污染的问题，并会因非局部性而引起错误。

10·As a new type of algorithm, locality preserving canonical correlation analysis (LPCCA) can solve a large number of non-linear problems.

局部保持的典型相关分析(LPCCA)是一种能够解决大量非线性问题的新型算法。

非局域性

1·The discussion of this subject continues in the physics world, with some physicists accepting quantum non-locality and others rejecting it.

这个问题的讨论继续在物理学界，一些接受量子非局域性及其他拒绝的物理学家。