纠缠
- 基本解释 (translations)
- badger · entanglement · entwine · foulness · importune · intertwine · intertwined · knot · pester · raveling · ravelment · torment · botheration · tormented · badgered · badgering · badgers · entwined · entwines · entwining · importuned · importunes · importuning · intertwines · knots · pestered · pestering · pesters · torments · entanglements
- 词组短语
- fasten on · keep at · keep on at · get entangled · badger with
- 更多网络例句与纠缠相关的网络例句 [注:此内容来源于网络,仅供参考]
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Here, rather than the remote entanglement we use the local entanglement, which canbe prepared in an easier way than the remote entanglement, to enhance the remoteentanglement; Based on generalized measurement, a general method for theconcentration of a known non-maximally entangled state for arbitrary dimensionalsystem is proposed only by introducing a qubit ancilla, which will greatly simplifythe total concentration process.
这里我们只需要利用局域纠缠而非远程纠缠便可提高远程纠缠;对于任意维系统己知非最大纠缠态的浓缩,可以仅仅通过引入一个二能级系统作为辅助来实现。
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Also this paper gives a definition of quantum conditional entropy of entanglement E_ A|Band proves that it satisfies the four fundamental conditions of a entanglement measure for a kind of mixed state of 2×2 quantum system by this negative quantum conditional entropy Using conditional entropy of entanglement,this paper investigates the quantum entanglement between the two identical two-level atoms simultaneously interacting with vacuum cavity field as an application.
给出了负值量子条件作为条件熵纠缠度的定义,证明了条件熵纠缠满足作为2×2系统一类混合纠缠态量度的四个基本条件。当双量子系统处于纯态时,条件熵纠缠度即为部分熵纠缠度。
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The time evolution of two-atom entanglement displays periodic entanglement and disentanglement when the coupling coefficient of Stark effect is much smaller, while the disentanglement will disappear when the coupling coefficient of Stark effect is much larger.
当 Stark 效应耦合系数很小时,两个原子间纠缠度的时间演化特性呈现周期性纠缠和退纠缠现象;当 Stark 效应耦合系数很大时,原子间退纠缠现象消失,即原子始终保持在纠缠状态。
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The entanglement of formation and the Peres condition have good correspondence, and if the mixed-state deviates the similar pure state slightly, its maximum entanglement drops suddenly. The conclusion of the entanglement of the infinite dimension mixed-state in J-C model never losing is demonstrated besides finding the necessary condition of disentanglement of the finite dimension mixed-state in J-C model.
通过研究有限维混合态光场与二能级原子相互作用系统中的纠缠,发现形成纠缠理论与Peres判据有着良好的对应,同时看到偏离纯态很小的混合态,其最大纠缠度急剧减小;找到了有限维混合态J-C模型在演化过程中出现消纠缠的必要条件,论证了在无限维情况总存在纠缠的结论。
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The results show that the entanglement properties of the same class under SLOCC may be different except for the equivalent states under LU.
本文着重研究了多体纠缠纯态的制备方案、各种可能的纠缠方式以及在局域测量和求迹下的纠缠特性,并研究了多体纠缠纯态在量子信息领域的可能应用。
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Therefore the spontaneous emission of atoms is caused by the fluctuation of dipole moment that arises from vacuum fluctation. Jaynes Cummings model is an important system to produce quatum entangled state.
Jaynes-Cummings模型是产生量子纠缠态的重要体系,研究发现,原子与场纠缠态的信息熵和纠缠度随时间作周期性的振荡,量子态在非纠缠与纠缠态之间变化。
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Based on the Hamiltonian of the interaction system, which includes the interaction between two two-level atoms and a single mode vacuum field, the state vector and the density matrix of the system, and the reduced-density matrices of the subsystems are obtained by solving its Schrodinger equation, and the basic model of this problem is established.
从两个二能级原子与单模真空场相互作用系统的哈密顿量出发,通过解Schrodinger方程,得到了系统的态矢、密度矩阵和子系统的约化密度矩阵,建立了本文的工作模型。第二章介绍了量子熵与量子纠缠的发展史,解释了量子熵与量子纠缠的关系,阐述了量子熵与量子纠缠的基本理论。第三章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。
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The results show:(1) that the dynamical properties in the system depend on the degree of entanglement of the initial two identical two-level entangled atoms and the intensity of the coherent optical field, and the atomic dipole moment can be completely squeezed via choosing optimal degree of entanglement of the initial atoms in the feeblish optical field;(2) that the quantum properties of the system also depend on the degree of entanglement of the initial two identical two-level entangled atoms and the intensity of the coherent optical field, and the radiation field can be effectively squeezed via choosing optimal degree of entanglement of the initial atoms in the feeblish optical field.
结果表明:(1)相干态光场的强度和两原子的初始纠缠度对原子的动力学行为有很大的影响。原子布居的振荡频率及幅度和原子偶极压缩的演化规律与光场强弱和两原子初始纠缠度相关联。在弱光场下,选择合适的两原子初始纠缠态,原子偶极矩可以完全被压缩。(2)相干态光场的强度和两原子的初始纠缠度对光场的量子特性也有很大的影响。光场的二阶相干性质和光场的压缩效应均与光场强度和两原子纠缠度相关联。在弱光场中,选择合适的两原子初始纠缠度,光场压缩深度和时间可达到最大。
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The result shows that two atoms entanglement evolution property is opposed to atom-field entanglement evolution property when the coherent amplitude factor was zero or small. The interaction of the atoms and the field weaken the entanglement degree of atom-atom.
结果表明:当相干态振幅参量为零或很小时,两原子间纠缠度随时间演化规律和场-原子纠缠度随时间演化规律几乎相反,场-原子间的纠缠削弱了两原子间的纠缠。
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Our article mainly discussed the preparation of entangled states and the application of entangled states in quantum communication, including practical scheme for remote state preparation of a photon-photon entangled state, generation and concentration of multi-atom entangled states, practical protocol for telecloning quantum states and protocol for multi-party superdense coding by using multi-atom in cavity QED.This article has several objectives.
本文主要研究了量子纠缠态的制备及纠缠态在量子通信中的应用,包括远程制备光子-光子纠缠态,产生和浓缩多原子纠缠态,利用纠缠态进行远程克隆以及通过腔QED实现多组份密集编码的方案。
- 更多网络解释与纠缠相关的网络解释 [注:此内容来源于网络,仅供参考]
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entangle:使纠缠
tangle 纠缠 | entangle 使纠缠 | untangle 解开
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entanglement:纠缠
理论物理学家于日前披露,在加速度作用下,相距极远的粒子间存有的怪异"纠缠"(entanglement)现象将不再显现. 这一奇怪的发现表明,一种深层次的关系存在于量子力学与引力之间. 当两个粒子纠缠在一起的时候,即使它们相距数光年远,
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使纠缠intertwined纠缠不清的:intertwine v
twine n.麻线v.使缠绕 | intertwine v.使纠缠intertwined纠缠不清的 | interlocking连锁的
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persecution n.1:迫害,虐待 2.纠缠,骚扰
persecute vt.1.迫害,虐待 2.纠缠,骚扰 | persecution n.1.迫害,虐待 2.纠缠,骚扰 | prosecute vt.1.对...提出诉讼,告发,检举 2.继续从事
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raveling:纠缠
ravelin 半月堡 | raveling 纠缠 | ravelment 纠缠
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ravelment:纠缠
raveling 纠缠 | ravelment 纠缠 | raven 大乌鸦
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sleave:纠缠一团
sleave 分成细丝 | sleave 纠缠一团 | sleave 纠缠在一起的东西
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snarled:纠缠不清的
snarl纠缠,咆哮n | snarled纠缠不清的 | gnarl节,疤
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snarly:纠缠在一起的
纠缠一团sleave | 纠缠在一起的snarly | 纠缠在一起的东西sleave
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worry the life out of sb:跟某人纠缠不已; 不给某人安生; 纠缠某人没完
pester the life out of sb. 跟某人纠缠不已; 不给某人安生; 纠缠某人没完 | worry the life out of sb. 跟某人纠缠不已; 不给某人安生; 纠缠某人没完 | breathe new life into 给予生气, 给予活力, 赋与生机