Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

理论物理通讯：英文版

Scheme for Implementation of Optimal Cloning of Arbitrary Single Particle Atomic State into Two Photonic States

Song, Wei Wei, Qin Qin, Tao -

Published Jan 1, 2008• 0 citations
OpenAlex

Abstract

我们在场实现 1 → 的一个可行计划2 进二 photonic 的原子状态说的任意的单个粒子的最佳的克隆，它为在长距离量通讯的应用是重要的。我们的计划也认识到电视 -- 不，到远原子的一个原子的门在另一个洞套住。计划基于断热的经过和极化测量。它对象羔羊 Dicke 条件，自发的排放，和察觉无效的违背那样的很多实际噪音是柔韧的。

Related papers

Concentration Scheme for Partially Entangled Atomic States Through Detection of Cavity Decay

Song, Wei

我们为为在远洞套住的原子集中部分纠缠的状态的纠纷建议一个计划。计划基于断热的经过和 photonic 干扰。它对象羔羊 Dicke 条件，自发的排放和察觉无效的违背那样的很多实际噪音是柔韧的。

理论物理通讯：英文版•Jan 1, 2008•0 citations

Scheme for Implementation of Optimal Cloning of Arbitrary Single Particle Atomic State into Two Photonic States

Song Wei, Tao Qin

We present a feasible scheme to implement the 1 → 2 optimal cloning of arbitrary single particle atomic state into two photonic states, which is important for applications in long distance quantum communication. Our scheme also realizes the tele-NOT gate of one atom to the distant atom trapped in another cavity. The scheme is based on the adiabatic passage and the polarization measurement. It is robust against a number of practical noises such as the violation of the Lamb–Dicke condition, spontaneous emission, and detection inefficiency.

Communications in Theoretical Physics•Jun 1, 2008•2 citations

Scheme for the implementation of optimal cloning of arbitrary single particle atomic state into two photonic states

Song, Wei, Tao Qin

We present a feasible scheme to implement the $1 \to 2$ optimal cloning of arbitrary single particle atomic state into two photonic states, which is important for applications in long distance quantum communication. Our scheme also realizes the tele-NOT gate of one atom to the other distant atom trapped in another cavity. The scheme is based on the adiabatic passage and the polarization measurement. It is robust against a number of practical noises such as the violation of the Lamb-Dicke condition, spontaneous emission and detection inefficiency.

arXiv:quant-ph/0612181•Dec 21, 2006•0 citations

Scheme for the implementation of optimal cloning of two pairs of orthogonal states

Zhuo‐Liang Cao, Wei Song

arXiv:quant-ph/0405043•Physics Letters A•Apr 22, 2004•5 citations

Scheme for Entanglement Generation of Two Atoms in Two Bad Cavities

Zhang, Lihua , Cao +1 more

我们在场为由使用极化的光子的干扰的二原子的纠缠的状态的产生的一个计划。计划不要求在原子状态和 photonic 状态之间的完全的印射，它也不要求在原子和洞之间的最大的纠纷的建立。并且联合力量的原子洞比洞腐烂率小。这极大地在洞质量上放松要求。计划为 non-post-selection 结果，计划的所有步在当前的技术以内。

理论物理通讯：英文版•Jan 1, 2008•0 citations

Probabilistic Cloning of two Single-Atom States via Thermal Cavity

Pinshu Rui, Daojun Liu

International Journal of Theoretical Physics•Aug 10, 2016•2 citations
我们在场实现 1 → 的一个可行计划2 进二 photonic 的原子状态说的任意的单个粒子的最佳的克隆，它为在长距离量通讯的应用是重要的。我们的计划也认识到电视 -- 不，到远原子的一个原子的门在另一个洞套住。计划基于断热的经过和极化测量。它对象羔羊 Dicke 条件，自发的排放，和察觉无效的违背那样的很多实际噪音是柔韧的。
We present a feasible scheme to implement the 1 → 2 optimal cloning of arbitrary single particle atomic state into two photonic states, which is important for applications in long distance quantum communication. Our scheme also realizes the tele-NOT gate of one atom to the distant atom trapped in another cavity. The scheme is based on the adiabatic passage and the polarization measurement. It is robust against a number of practical noises such as the violation of the Lamb–Dicke condition, spontaneous emission, and detection inefficiency.
We present a feasible scheme to implement the 1→21 \to 21→2 optimal cloning of arbitrary single particle atomic state into two photonic states, which is important for applications in long distance quantum communication. Our scheme also realizes the tele-NOT gate of one atom to the other distant atom trapped in another cavity. The scheme is based on the adiabatic passage and the polarization measurement. It is robust against a number of practical noises such as the violation of the Lamb-Dicke condition, spontaneous emission and detection inefficiency.