Efficient two-dimensional atom localization in a five-level conductive chiral atomic medium via birefringence beam absorption spectrum
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Efficient two-dimensional atom localization in a five-level conductive chiral atomic medium via birefringence beam absorption spectrum |
| Sajid Ali,Muhammad Idrees,Bakth Amin Bacha,Arif Ullah,Muhammad Haneef |
| Figure 5. Birefringence absorption coefficients as functions of (kx, ky). The parameters supposed here are γ = 36.1 GHz, γ41,32,51,52,45,35, = 2.5γ, Δp = 0.5, Δ1 = 0γ, φ1 = π/4, φ2 = π/3, φp = π/2 φm = 0, ∣Ω1,2∣ = 21γ, σi, r = 1000 S m−1, η1,3 = 1, η2,4 = −1, T = 10, φ3 = 3π/2, φ4 = π/2 (+, +, +) birefringence condition for (a) and (b) while (−, −, −) birefringence condition for (c) and (d). |
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