Figure 1

(a) Simulation of transmitted power as a function of drive frequency with the DQD on resonance with the resonator for $({\gamma }_1,{\gamma }_{\varphi },\gamma )/(2\pi )=(8,8,12)\mathrm{MHz}$ (red open triangles) and (200, 200, 300) MHz (orange solid dots) and $\kappa =8\mathrm{MHz}$ as indicated by the spectrum calculated with the DQD far detuned from the cavity (blue open squares). (b) Comparison of Fig. 4(b) of 1 with our master equation simulation (solid orange lines) using the parameters of 1 but decoherence rates ${\gamma }_1/(2\pi )={\gamma }_{\varphi }/(2\pi )=200\mathrm{MHz}$. The asymmetry in the data is due to a change in the decoherence rate with $ϵ$.Reuse & Permissions