Spectral burning hole, slow light in a doped optical fiber

Yundong Zhang, W. Qiu, Jianbo Ye, H. Tian, Nan Wang, Hao Wang, P. Yuan
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Abstract

In this paper, the authors demonstrated that the observation of ultra-slow group velocity and spectral holes by CPO in erbium-doped fiber at a room temperature. Operation of the reduction of light propagation at 1550 nm showed that the variable optical delay in fiber system could be applied to telecommunication system.
光谱燃烧孔,在掺有光的光纤中慢光
本文证明了室温下,在掺铒光纤中,用CPO观察到超慢群速度和光谱空穴。在1550 nm处光传输速率的降低表明光纤系统中的可变光延迟可以应用于通信系统。
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