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A scheme for the implementation of unconventional geometric phase gates with trapped ions
  • ISSN号：1009-1963
  • 期刊名称：CHINESE PHYSICS
  • 时间：0
  • 页码：3382-3385
  • 语言：中文
  • 相关项目：利用腔泄漏消相干效应实现量子计算
作者： Xie Hong, Li Hong-cai, Yang Rong-Can, Lin Xiu, Hua|
同期刊论文项目
利用腔泄漏消相干效应实现量子计算
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Scalable preparation of multiple-particle entangled states via the cavity input-output process
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利用受激拉曼绝热技术制备腔模的高维纠缠态
利用选择共振作用制备纠缠态
利用选择共振作用实现相位门
Direct implementation of a scalable non-local multi-qubit controlled phase gate via optical fibers a
Cluster States Prepared by using Hot Trapped Ions
A scheme for generating cluster states via Raman interaction
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Probabilistic teleportation of an unknown N-atom state using a two-atom nonmaximally entangled state
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Generation of four-photon cluster state with coherent light via cross-Kerr nonlinearity
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Scheme for tunable quantum phase gate and effective preparation of graph-state entanglement
Preparation of n-atom GHZ state and implementation of quantum-state transfer via cavity decay
Generation of multiple-particle cluster state via cavity QED
Generation of atomic Greenberger-Horne-Zeilinger states and cluster states through cavity-assisted i
A genuine four-partite entangled state
Generation of entanglement via adiabatic passage
Generation of the singlet state for three atoms in cavity QED
Implementing entanglement teleportation via adiabatic passage
Generation of multiple-photon GHZ state via cavity-assisted interaction
Quantum state transfer via adiabatic passage
利用绝热过程实现量子信息转移
利用腔QED实现量子态的转移
利用腔QED实现无Bell基测量的经济相位传输克隆
利用腔QED实现CNOT门的隐形传输
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非最大量子纠缠信道的量子态传送——在腔QED系统中利用非最大三粒子纠缠GHZ态传送未知原子态
利用腔QED实现Deutsch—Jozsa算法
利用三粒子部分纠缠GHZ态概率隐形传送三粒子GHZ态
在腔场中两原子共生纠缠度的变化及最大纠缠态的制备
Telecloning Quantum States with Trapped Ions
利用腔QED实现非常规几何量子相位门
隐形传送任意三粒子纠缠态的一种方法
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Photon-photon interactions with inner coupled double-cavity
Direct implementation of a scalable non-local multi-qubit controlled phase gate via optical fibres and adiabatic passage
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Probabilistic teleportation of an unknown N-atom state using a two-atom nonmaximally entangled state in cavity QED
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