In contrast, in the many-atom case, this results in dynamics akin to the on-resonant cavity. In the single atom case, we show that it is possible to enhance the decay rate of the system by modulating its reservoir detuning.
Another configuration of interest consists of two symmetrical detuned reservoirs with respect to the atomic system. Similarly, we find a strong enhancement of the energy transfer rate between the two ends of the chain and identified specific initial conditions that lead to significantly reduced dissipation between the two atoms at the end of the chain. We also analyze a configuration consisting of a three-atom chain embedded in a photonic cavity. Our study reveals interesting dynamical characteristics, including non-zero steady states, super-radiant decay, enhanced energy transfer, and the ability to modulate oscillations in the atomic system by tuning environmental degrees of freedom. This article explores the dynamics of many-body atomic systems symmetrically coupled to Lorentzian photonic cavity systems.
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