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Schematics of a waveguide side coupled with a Jaynes-Cummings model. In each cavity, a two-level quantum dot is trapped. J and V denote the photon tunnelling between two adjacent cavities the one between the waveguide and first cavity. O-x represents one dimensional axis.
Variations of the transmission (a), phase shift (b), and group delay(c) with the photon energy. represents the JCC eigenenergies. The parameters used are: N = 2, .
Variation of group delay (a) with , (b) with J, and (c) with V. In panel (c), the photon energies and corresponds to and given in Fig. 2 , respectively. Besides the given parameters in panels, we have set in all panels.
Variation of group delay (a) with the JCM number N, (b) and (c) with the cavity dissipation . In (b) and (c), and for the solid, dashed and dotted lines, respectively; in addition, for panels (b) and (c), the photon energies and , respectively, and correspond to and given in Fig. 2 .
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