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

Journal of Yantai University

Controlled Quantum Teleportation of N-Particle Partly Entangled State

Fangxia Guo

Published Jan 1, 2008• 0 citations
OpenAlex

Abstract

Most of quantum states in reality are non-maximal entangled states due to environmental coupling in preparation and transmission.A controlled method is presented for N-particle partly entangled state teleportation using non-maximally entangled quantum channel.In the proposed approach,a non-maximally entangled(N+2)-particle state is utilized as the quantum channel,one of the particles is selected as the controlling particle.The sender makes Bell states measurement once,Hadamard operations and |0〉 |1〉states measurements for N-1 times,and the controller performs a Hadamard measurement,whereafter the receiver makes appropriate unitary transformations and necessary projection measurements based on the sender's and controller's measurement results,then the controlled teleportation of N-particle unknown quantum state is achieved.The method is a controlled quantum teleportation scheme based on non-maximally entangled state with certain odds and the success probability is 2|a|2.

Related papers

Controlled teleportation of a three-particle partly entangled state by non-maximally entangled particles

Guo Fangxia

The conventional approaches to controll quantum teleportation were based on maximally entangled quantum states.However,most of quantum states in reality were non-maximal entangled states due to environmental coupling in the preparation and transmission.A new method to controll quantum teleportation was presented by non-maximally entangled quantum channel.In the proposed approach,a non-maximally entangled 5-particle state was utilized as the quantum channel,one of the particles was selected as the controlling particle.The sender Alice makes Bell states measurement once and Hadamard measurements twice,and the controller Charlie performes an Hadamard measurement,so the receiver could get the quantum state which Alice wanted to send by performing appropriate unitary transformations determined by the sender and controller′s measurement results transmitted via classical channel.The scheme was a controlled quantum teleportation based on non-maximally entangled state with certain probabilisity and could be applied to remote quantum computation,quantum telecloning and quantum remote control.

Journal of Zhejiang Normal University•Jan 1, 2008•0 citations

Teleportation of an unknown bipartite state via non-maximally entangled two-particle state

Hai-Jing Cao, Yanqing Guo, He‐Shan Song

In this paper a new scheme for teleporting an unknown entangled state of two particles is proposed. To weaken the requirement for the quantum channel, without loss of generality, two communicators only share a non-maximally entangled two-particle state. Teleportation can be probabilistically realized if sender performs Bell-state measurements and Hadamard transformation and receiver introduces two auxiliary particles, operates C -not operation, single-qubit measurements and appropriate unitary transformations. The probability of successful teleportation is determined by the smaller one among the coefficients' absolute values of the quantum channel.

Chinese Physics•May 1, 2006•30 citations

Teleportation of an unknown 2-particle entangled state

LI Dong-xie

We have explicitly shown a teleportation scheme which allows Alice to probabilistically teleport an unknown 2-particle entangled state to either of the two receivers,Bob or Charlie,by using a non-maximally entangled 5-particle state as quantum channel.The scheme can be generalized to teleport an unknown N-(particle) entangled state to M receivers using a(N·M+1)-particle state as quantum channel at the expense of performing one CNOT operation,N·M Hadamard operations,appropriate unitary transformation without performing Bell-state measurement.

Journal of Yanbian University•Jan 1, 2006•0 citations

Controlled Teleportation of Unknown Two-particle State Based on Four-Particle Partly Entangled State

Yi-you Nie

We propose a scheme for controlled teleportation of a unknown two-particle state using a four-particle partly entangled state as a quantum channel and one of these particles works as the controlling particle.The sender and the controller perform a series of measurements on their own particles respectively and send their results to the receiver.According to the meassurement results,the receiver will get the state sent by sender with certain probabi-lity by doing proper unitary transformations and measurements on an auxiliary particle.

Journal of Jiangxi Normal University•Jan 1, 2009•0 citations

Controlled Teleportation of an Arbitrary Two-Particle State by One EPR Pair and Cluster State

Zhan-Ying Guo, Xiao-Xing Shang, Fang Jian-Xing +1 more

A scheme for controlled teleportation of an arbitrary two-particle state using a maximally entangled EPR pair and a cluster state as the quantum channel is proposed. After receiving Alice's Bell state measurement results, the controller performs a joint measurement on his particles under a non-maximally entangled Bell-basis. The receiver needs to introduce an auxiliary qubit, and performs a series of appropriate unitary transformations on his particles. The original state can be teleported successfully with the probability 2 cos2 θ.

Communications in Theoretical Physics•Nov 1, 2011•5 citations

Teleportation of a Two-particle Entangled State via a Special Partial Two-particle Entangled W State and a Partial Two-particle Entangled State

Bin Luo

A scheme for teleporting a two-particle entangled state via special partial two-particle entangled W state and partial two-particle entangled state is proposed.There is a certain probability of successful teleportion of a two-particle entangled state if the sender performs two Bell-state measurements while the receiver first makes a measurement in the basis of {|0〉,|1〉},then performs a controlled-not operation and furthur introduces an ancillary qubit and performs an appropriate unitary transformation at last.Analysis shows: when the quantum channel is of maximal entanglement,namely the channel is composed of a special two-particle entangled W state and a Bell state,the teleportion probability of this scheme reachs 2/3 and the teleportion effect of this scheme is between the scheme whose quantum channel is composed of W states and the one whose quantum channel is composed of Bell states.

Acta Sinica Quantum Optica•Jan 1, 2007•1 citation
Most of quantum states in reality are non-maximal entangled states due to environmental coupling in preparation and transmission.A controlled method is presented for N-particle partly entangled state teleportation using non-maximally entangled quantum channel.In the proposed approach,a non-maximally entangled(N+2)-particle state is utilized as the quantum channel,one of the particles is selected as the controlling particle.The sender makes Bell states measurement once,Hadamard operations and |0〉 |1〉states measurements for N-1 times,and the controller performs a Hadamard measurement,whereafter the receiver makes appropriate unitary transformations and necessary projection measurements based on the sender's and controller's measurement results,then the controlled teleportation of N-particle unknown quantum state is achieved.The method is a controlled quantum teleportation scheme based on non-maximally entangled state with certain odds and the success probability is 2|a|2.
The conventional approaches to controll quantum teleportation were based on maximally entangled quantum states.However,most of quantum states in reality were non-maximal entangled states due to environmental coupling in the preparation and transmission.A new method to controll quantum teleportation was presented by non-maximally entangled quantum channel.In the proposed approach,a non-maximally entangled 5-particle state was utilized as the quantum channel,one of the particles was selected as the controlling particle.The sender Alice makes Bell states measurement once and Hadamard measurements twice,and the controller Charlie performes an Hadamard measurement,so the receiver could get the quantum state which Alice wanted to send by performing appropriate unitary transformations determined by the sender and controller′s measurement results transmitted via classical channel.The scheme was a controlled quantum teleportation based on non-maximally entangled state with certain probabilisity and could be applied to remote quantum computation,quantum telecloning and quantum remote control.
In this paper a new scheme for teleporting an unknown entangled state of two particles is proposed. To weaken the requirement for the quantum channel, without loss of generality, two communicators only share a non-maximally entangled two-particle state. Teleportation can be probabilistically realized if sender performs Bell-state measurements and Hadamard transformation and receiver introduces two auxiliary particles, operates C -not operation, single-qubit measurements and appropriate unitary transformations. The probability of successful teleportation is determined by the smaller one among the coefficients' absolute values of the quantum channel.
We have explicitly shown a teleportation scheme which allows Alice to probabilistically teleport an unknown 2-particle entangled state to either of the two receivers,Bob or Charlie,by using a non-maximally entangled 5-particle state as quantum channel.The scheme can be generalized to teleport an unknown N-(particle) entangled state to M receivers using a(N·M+1)-particle state as quantum channel at the expense of performing one CNOT operation,N·M Hadamard operations,appropriate unitary transformation without performing Bell-state measurement.
We propose a scheme for controlled teleportation of a unknown two-particle state using a four-particle partly entangled state as a quantum channel and one of these particles works as the controlling particle.The sender and the controller perform a series of measurements on their own particles respectively and send their results to the receiver.According to the meassurement results,the receiver will get the state sent by sender with certain probabi-lity by doing proper unitary transformations and measurements on an auxiliary particle.
A scheme for controlled teleportation of an arbitrary two-particle state using a maximally entangled EPR pair and a cluster state as the quantum channel is proposed. After receiving Alice's Bell state measurement results, the controller performs a joint measurement on his particles under a non-maximally entangled Bell-basis. The receiver needs to introduce an auxiliary qubit, and performs a series of appropriate unitary transformations on his particles. The original state can be teleported successfully with the probability 2 cos2 θ.
A scheme for teleporting a two-particle entangled state via special partial two-particle entangled W state and partial two-particle entangled state is proposed.There is a certain probability of successful teleportion of a two-particle entangled state if the sender performs two Bell-state measurements while the receiver first makes a measurement in the basis of {|0〉,|1〉},then performs a controlled-not operation and furthur introduces an ancillary qubit and performs an appropriate unitary transformation at last.Analysis shows: when the quantum channel is of maximal entanglement,namely the channel is composed of a special two-particle entangled W state and a Bell state,the teleportion probability of this scheme reachs 2/3 and the teleportion effect of this scheme is between the scheme whose quantum channel is composed of W states and the one whose quantum channel is composed of Bell states.