TY - DATA T1 - (a) The resonance fluorescence spectrum of two atoms for Δ = 0.1, Ω0 = 15 (dashed); Δ = 0.1, Ω0 = 18 (dotted); and Δ = 0.3, Ω0 = 40 (solid) (units of γ) PY - 2013/07/10 AU - N Ciobanu AU - N A Enaki AU - M Orszag UR - https://iop.figshare.com/articles/figure/_a_The_resonance_fluorescence_spectrum_of_two_atoms_for_0_1_sub_0_sub_15_dashed_0_1_sub_0_sub_18_dot/1012337 DO - 10.6084/m9.figshare.1012337.v1 L4 - https://ndownloader.figshare.com/files/1480159 KW - localization regime KW - quantum correlations KW - scheme KW - stoke KW - figure KW - resonance fluorescence KW - atom b KW - dynamics shift KW - resonance fluorescence spectrum KW - photon statistics KW - emission KW - correlation function KW - violation KW - appearance KW - cauchy KW - inequality KW - antibunching KW - modification KW - laser field KW - 0.1. Abstract KW - Rabi oscillations KW - Atomic Physics KW - Molecular Physics N2 - Figure 4. (a) The resonance fluorescence spectrum of two atoms for Δ = 0.1, Ω0 = 15 (dashed); Δ = 0.1, Ω0 = 18 (dotted); and Δ = 0.3, Ω0 = 40 (solid) (units of γ). (b) The second correlation function at τ = 0 for the whole localization regime of the atom b in the anti-node. In both figures we use γt = 0.1. Abstract The resonance fluorescence emitted by two three-level atoms dressed in a strong laser field is studied. A stark dynamics shift based on photon statistics is discussed. The appearance of coherent Rabi oscillations (quantum beats) of the atoms located in the non-symmetric positions of the anti-nodes and the modification of the quantum correlations at the Stokes and anti-Stokes cooperative emission are described. For some positions of the atoms, we observed the violation of the Cauchy–Schwarz inequality, finding antibunching in the scattered light. We present a scheme to control the position of atoms dressed with the standing field via the resonance fluorescence. ER -