Chinese Journal of Quantum Electronics, Volume. 42, Issue 1, 100(2025)

High‐fidelity phonon‐photon quantum teleportation

WANG Ting and MU Qingxia*
Author Affiliations
  • School of Mathematics and Physics, North China Electric Power University, Beijing 102206, China
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    Figures & Tables(10)
    Multimode cavity optomechanical system model
    Analytical and numerical comparison of the fidelity of the relative maximum entangled state without dissipation
    Fidelity relative to the maximum entangled state evolves over time under different dissipation condition
    Fidelity relative to the maximum entangled state evolves over time at different linearized coupling intensities G
    Operation diagram of quantum teleportation protocol
    (a) CPFG's fidelity as a function of optical cavity dissipation and mechanical oscillator temperature; (b) The fidelity between the maximum value obtained by entanglement preparation and the entanglement state of the target; (c)The fidelity of teleportation varies with optical cavity dissipation and mechanical oscillator temperature; (d) The fidelity of teleportation varies with the coupling coefficient of cavity dissipation and linearization
    • Table 1. The truth table for the three kinds of CPFGs

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      Table 1. The truth table for the three kinds of CPFGs

      Input state

      Output state

      a-b1 CPFG

      Output state

      a-b2 CPFG

      Output state

      a-b1,b2 CPFG

      ab1b2ab1b2ab1b2ab1b2
      000000000000
      001001001001
      010010010010
      011011011011
      100100100100
      10110110- 1101
      1101- 10110110
      1111- 1111- 111- 1
    • Table 2. The matrix form of each unit quantum gate

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      Table 2. The matrix form of each unit quantum gate

      Operational formSymbolMatrix form
    • Table 3. The relationship between Alice' s measurement, the quantum state after particle 3 decoupling and Bob' s operation needs

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      Table 3. The relationship between Alice' s measurement, the quantum state after particle 3 decoupling and Bob' s operation needs

      Alice's measurementState of particle 3Bob's operation
      00ζ0+η1I
      01ζ1+η0σX
      10ζ0-η1σZ
      11ζ1-η0σZσX
    • Table 4. Comparison of the original selected parameters and the effective parameters in the figures

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      Table 4. Comparison of the original selected parameters and the effective parameters in the figures

      Original parameter/(ωm-1)Nonlinearly effective parameter/(ωm-1)Linearize effective parameter/(ωm-1)
      ωA,j=0.998ωjnl=0.9ωcl=-1
      nl: Δc'=1 / l: Δcl=-1gjnl=0.09ωm,jl=3.7
      gj=10-5γjnl=4.5×10-2Gjl=0.1
      Gj=2×10-2 (Gjl=0.1)Gjl=0.5
      Gj=10-1 (Gjl=0.5)κeffl=10-2
      Vj=10-2γjl=2.3
      γj=10-5

      γA,j=10-3

      κ=10-2

      nth=10
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    Ting WANG, Qingxia MU. High‐fidelity phonon‐photon quantum teleportation[J]. Chinese Journal of Quantum Electronics, 2025, 42(1): 100

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    Paper Information

    Category:

    Received: Jan. 19, 2023

    Accepted: --

    Published Online: Mar. 5, 2025

    The Author Email: Qingxia MU (qingxiamu@ncepu.edu.cn)

    DOI:10.3969/j.issn.1007-5461.2025.01.010

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