The quantum entanglement is one of non-classical phenomena of quantum mechanics.
量子纠缠是量子力学中的一种非经典现象。
In the third chapter, we introduce the history and concept of the quantum entanglement in detail.
第三章详细地阐述了量子纠缠产生的历史背景及其基本概念。
The quantum entanglement had been paid attention to by many physicists and philosophers since it was put forward.
量子纠缠从被提出开始，就为广大的物理学家及哲学家所关注。
It is significant to study the quantum entanglement quantitatively and qualitatively and its application in the field of quantum information.
因此对量子纠缠的定性和定量的研究以及在量子信息领域可能的应用的研究将是非常有意义的。
Furthermore, we find that the quantum entanglement could make the firms cooperate rather than confront which was performed in classical game.
此外，我们还发现量子纠缠可以使原本在经典博弈中对抗的参与者在量子博弈中表现为合作。
It is shown that the quantum entanglement state will stay in the maximally entangled state for a long time when the detuning is equal to rabi frequency.
研究结果表明：在失谐量等于拉比频率时，该体系的纠缠度将长时间处于最大纠缠态。
Quantum spatial positioning, clock synchronization and fiber optic communications become possible through researching the quantum entanglement characteristic between the simple two particles system.
通过研究最简单的两粒子体系之间的量子纠缠特性，使得量子远程定位、时钟同步和光纤通信成为可能。
In this thesis, the degrees of the quantum entanglement in the system of two two-level atoms interacting with a single mode vacuum field are explored, and a series of significant results are obtained.
本文研究了两个二能级原子与单模真空场相互作用系统中的量子纠缠度，得到了一些有意义的结论。
It has not been achieved as quantum entanglement yet, but it's the important step that everyone has to make to get there.
量子纠缠尚未完成，但是这是必须要走的很重要的一步。
Quantum entanglement involves the notion that particles can be connected in such a way that changing the state of one instantly affects the other, even when they are miles apart.
量子缠绕技术中的一个重要概念是：粒子能够被串连成一种结构，在这种结构中，一个粒子状态的改变会立即影响另一个粒子，即便这两个粒子之间相隔数公里也不例外。
When vacuum state is injected into one input port while odd coherent state is injected into another, quantum entanglement is generated at the output ports.
若分别以真空态和奇或偶相干态作为分束器的两个输入态，得到的输出态具有量子纠缠性质。
Quantum entanglement is one of the most profound features of quantum mechanics.
量子纠缠是量子力学最显著的特征之一。
Entanglement is one of the intriguing characteristics of quantum mechanics.
量子纠缠是量子力学的奇妙特性之一。
The state of one of these photons was inextricably linked with that of the other through a process known as quantum entanglement.
光子的这一状态通过一种非常复杂的方式联系在一起，也就是所谓的量子纠缠。
It is important to study how the quantum property such as entanglement, coherence, and nonlocality evolve with time.
研究纠缠、相干性及非定域性这些量子特性随时间的演化具有重要意义。
In recent years, the preparation of continuous variable entanglement has attracted a lot of attention in quantum optics and quantum information process.
近年来有关连续变量纠缠态的制备及其在量子信息处理中的应用引起了人们广泛的关注。
The results show that quantum entanglement of all states from the coherent state to number state interacting with a cascade three level atom can be displayed by using the binomial field property.
结果表明，利用二项式光场的特性，可以揭示从相干态到数态之间的所有态光场与三能级原子相互作用时的量子纠缠性质。
The influences of nonlinear interaction intensity of Kerr medium and the squeezing degree of initial squeezing vacuum state field on the entanglement of the quantum system are discussed.
讨论了初始压缩真空场的压缩度以及克尔非线性作用的强度对该量子体系纠缠特性的影响。
The entanglement detection based on the shot noise is important to the quantum computation, and the spin coherence transport detection is a necessary subject of spintronics.
将散粒噪声用于检测纠缠态对量子计算具有重要的意义，自旋相干输运的检测是自旋电子学的重要研究课题。
Quantum entanglement is an important physical resource, which can be applied significantly in the quantum information processing and computation science.
量子纠缠是一种重要的物理资源，在量子信息和计算科学中有重要应用。
Lately, with the vigorous development of quantum information, quantum entanglement states has been widely applied in each field of quantum information.
近年来，随着量子信息的蓬勃发展，量子纠缠态已被广泛应用到量子信息的各个领域。
Quantum entanglement is the most fundamental resource of quantum information science.
量子纠缠是量子信息科学最基本的资源。
We considered the issue of using the multiparticle entanglement into remote preparation of quantum states.
研究了利用多体量子纠缠进行远程态制备的问题。
In this thesis, we focus our research on applying the multiparticle entanglement in quantum information processing, assisted by local operation and classical communication.
本论文重点研究了一些经典通信和局域操作辅助下多体纠缠对处理量子信息的作用。
We have investigated the properties of entanglement by criterion of separability (non-entanglement) and equivalence of quantum states under local unitary transformations.
本论文从可分(非纠缠)性的判别及局域幺正变换下的不变量的等价类的角度来研究量子纠缠的性质。
Quantum theory is used to study the fidelity of quantum information of binomial light field interacting with pair atoms of entanglement state.
应用全量子理论研究了初始处于纠缠态双原子与二项式光场共振相互作用的光场量子信息保真度。
These applications imply the importance of entanglement, and the existence of entanglement has caused the deeper understanding of the essence of quantum mechanics and its basic hypothesis.
这些应用揭示了量子纠缠的重要性，而量子纠缠的存在已经引起了对量子力学本质和基本假设更深层次的理解。
These applications imply the importance of entanglement, and the existence of entanglement has caused the deeper understanding of the essence of quantum mechanics and its basic hypothesis.
这些应用揭示了量子纠缠的重要性，而量子纠缠的存在已经引起了对量子力学本质和基本假设更深层次的理解。
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