Abstract
We study the properties of super-radiant coherent emission from a two-level system of atoms embedded in a one-dimensional photonic band gap (1D-PBG) structure. A reduced system of equations is derived that enables us to explore the role of the 1D-PBG band edge in the emission characteristics of coherent pulses. The effect of the emitters' spatial location in the PBG structures is also studied in a finite 1D-PBG, where the super-radiant emission characteristics are also presented.
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