Pulse interactions in a quantum dot waveguide in the regime of electromagnetically induced transparency

P. Nielsen, H. Nielsen, Jesper Mørk, B. Tromborg
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Abstract

The interaction of optical pulses in a quantum dot waveguide in the slow-light regime is investigated. Dipole oscillations lead to strong interactions between the two pulses, implying a minimum pulse separation for optical buffer applications.
电磁感应透明状态下量子点波导中的脉冲相互作用
研究了量子点波导中光脉冲在慢光状态下的相互作用。偶极子振荡导致两个脉冲之间的强相互作用,这意味着光学缓冲应用的最小脉冲分离。
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