Abstract
Destructive and constructive interference in the Autler–Townes three-level systems is studied in the dressed state basis. The dependence of the interference on the spontaneous emission and dephasing reservoirs is analyzed. The strong field correlates or anti-correlates the random phase caused by the reservoirs. The correlation reduces and the anti-correlation enhances the absorption. Each of the interference pathways is formed by two processes, stimulated absorption and spontaneous emission. The interference effect can be neglected if the Rabi frequency of the strong field is larger than the decay rates.
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