1) quantum entanglement
量子纠缠
1.
The quantum entanglement of the two-photon Tavis-Cummings model;
双光子Tavis-Cummings模型中的量子纠缠
2.
New theory of quantum entanglement;
量子纠缠的新理论(英文)
3.
Quantum Entanglement and Decoherence;
量子纠缠和消相干的研究
2) entanglement
[英][ɪn'tæŋɡlmənt] [美][ɪn'tæŋgḷmənt]
量子纠缠
1.
The Formula of Entanglement Evaluation for Two-Electron Systems;
双电子系统量子纠缠的计算公式
2.
By using the concept of negativity, we investigate entanglement of (1/2,1) mixed-spin anisotropic XY model and obtain the numerical results of entanglement of two spins in a transverse field at finite temperature.
通过引入negativity的概念,研究了(1/2,1)混合自旋各向异性XY模型的量子纠缠,得到了两个自旋在外场中的有限温度时的量子纠缠的数值结果。
3.
In addition to being of fundamental interest in quantum mechanics, entanglement as quantum correlations among quantum systems is a key element in rapid developing quantum informatics.
首先,在三能级中,采用四波混频的方法制备出连续变量的量子纠缠态。
3) entangled state
量子纠缠态
1.
The fundamental principles and the main experimental advances of quantum teleportation about two_photon entangled states were reviewed.
量子纠缠态是量子力学的精髓。
2.
Based on the necessity and importance of the quantum information theory, this paper chooses three aspects of quantum communication to study: Von Neumann entropy of quantum entangled state, controlled exchange of quantum entangled state, controlled quantum dense coding.
基于量子信息论发展的必要性及重要性，本论文选取量子通信领域中的量子纠缠态的Von Neumann熵和量子纠缠态交换控制以及量子稠密编码控制作为研究点，并从理论上进行研究。
3.
First, we introduce EPR entangled state in Fock space.
此外,还研究了在量子纠缠态作为量子通讯和量子计算的载体,已被广泛地应用于量子压缩理论、量子光学相算符、及量子隐形传态等领域。
4) quantum entangled state
量子纠缠态
1.
Universal telecloning of quantum entangled states;
量子纠缠态的普适远程克隆
2.
This paper describes what is quantum bit and what is quantum entangled state, and how to realize Bell state by using quantum circuit, proposes a quantum circuit of simple structure to realize quantum teleportation based on Bell State.
文章从信息论的角度描述了量子比特、量子纠缠态,如何利用量子线路实现Bell态,提出了一种利用Bell态实现隐形传态的简单结构的量子线路,证明该量子线路是可行的,为进一步研究量子密码通信奠定了基础。
6) quantum entanglement
量子纠缠态
1.
Quantum state having nonclassical quantum entanglement phenomenon, quantum information can achive many new functions surpassing classical information, such as quantum key distribution based on entanglement, quantum .
纠缠是一种有用的信息资源,可以说,量子信息研究的目的在很大程度上就是开发和利用纠缠,因而对量子纠缠态的研究是一件十分有意义的事情。
2.
And quantum entanglement is the most important one in many kinds of quantum states, it will have extensive and important use in two main field in quantum information science—quantum communication and quantum calculationThe properties of the.
而量子纠缠态无疑是各种各样的量子态中最为重要的一类了，它在量子信息学的两大主要领域——量子通信和量子计算中有着广泛而重要的应用。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条