光学学报, 2017, 37 (8): 0827001, 网络出版: 2018-09-07
光子禁带中原子间距对三原子间纠缠演化特性的影响 
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Effect of Interatomic Distance in Photonic Band Gap on Entanglement Evolution Property Among Three Atoms
图 & 表
图 1. 当Γ2不同时,ABC原子间的纠缠变化[Δ=0, Dij=0, Γ1/2=10Ω, W1=1.1, W2=0.1, α=1/2, β=γ=(1-α2)2]
Fig. 1. Variance of entanglement among three atoms of A, B and C under different Γ2[Δ=0, Dij=0, Γ1/2=10Ω, W1=1.1, W2=0.1, α=1/2, β=γ=(1-α2)2]
图 2. 当Γ2不同时,ABC原子间纠缠变化[Δ=10Ω, Dij=0, Γ1/2=10Ω, W1=1.1, W2=0.1, α=1/2, β=γ=(1-α2)2]
Fig. 2. Variance of entanglement among three atoms of A, B and C under different Γ2[Δ=10Ω, Dij=0, Γ1/2=10Ω, W1=1.1, W2=0.1, α=1/2, β=γ=(1-α2)2]
图 3. 当Γ2不同时,ABC原子间纠缠变化[Δ=0, Dij=0, D(ωc)=0, Γ1/2=10Ω, W1=1.1, α=1/2, β=γ=(1-α2)2]
Fig. 3. Variance of entanglement among three atoms of A, B and C under different Γ2[Δ=0, Dij=0, D(ωc)=0,Γ1/2=10Ω, W1=1.1, α=1/2, β=γ=(1-α2)2]
图 4. 当Δ不同时,ABC原子间纠缠的变化[Dij=0, Γ1/2=10Ω, Γ2/2=Ω, W1=1.1, W2=0.1, α=1/2, β=γ=(1-α2)2]
Fig. 4. Variance of entanglement among three atoms of A, B and C under different Δ[Dij=0, Γ1/2=10Ω, Γ2/2=Ω, W1=1.1, W2=0.1, α=1/2, β=γ=(1-α2)2]
图 5. 当Dij不同时,ABC原子间纠缠的变化[Δ=0, Γ1/2=10Ω, Γ2/2=Ω, W1=1.0, W2=0.1, α=1/2, β=γ=(1-α2)2]。(a)弱耦合机制;(b)强耦合机制
Fig. 5. Variance of entanglement among three atoms of A, B and C under different Dij[Δ=0, Γ1/2=10Ω, Γ2/2=Ω, W1=1.0, W2=0.1, α=1/2, β=γ=(1-α2)2]. (a) Weak coupling mechanism; (b) strong coupling mechanism
图 6. 当Dij不同时,ABC原子间纠缠的变化[Δ=0, Γ1/2=10Ω, Γ2/2=9Ω, W1=1.0, W2=0.9, α=1/2, β=γ=(1-α2)2]。(a)弱耦合机制;(b)强耦合机制
Fig. 6. Variance of entanglement among three atoms of A, B and C under different Dij[Δ=0, Γ1/2=10Ω, Γ2/2=9Ω, W1=1.0, W2=0.9, α=1/2, β=γ=(1-α2)2]. (a) Weak coupling mechanism; (b) strong coupling mechanism
图 7. 当Dij不同时,ABC原子间纠缠的变化[Δ=0, Γ1/2=10Ω, Γ2/2=0, W1=1.0, W2=0, α=1/2, β=γ=(1-α2)2]。(a)弱耦合机制;(b)强耦合机制
Fig. 7. Variance of entanglement among three atoms of A, B and C under different Dij[Δ=0, Γ1/2=10Ω, Γ2/2=0, W1=1.0, W2=0, α=1/2, β=γ=(1-α2)2]. (a) Weak coupling mechanism; (b) strong coupling mechanism
闫丽. 光子禁带中原子间距对三原子间纠缠演化特性的影响[J]. 光学学报, 2017, 37(8): 0827001. Li Yan. Effect of Interatomic Distance in Photonic Band Gap on Entanglement Evolution Property Among Three Atoms[J]. Acta Optica Sinica, 2017, 37(8): 0827001.
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