Broken inversion symmetry in driven polar systems reshapes the spectrum into displaced ladders, enabling strong suppression of spontaneous emission or spontaneous absorption from the ground state in few-photon and strong-drive regimes.
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A self-consistent input-output approach eliminates cavity modes in non-adiabatic CQED to yield an effective two-level atom model with non-Markovian decoherence captured by an effective Lindblad equation having positive and negative rates.
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Spontaneous emission from driven polar quantum systems
Broken inversion symmetry in driven polar systems reshapes the spectrum into displaced ladders, enabling strong suppression of spontaneous emission or spontaneous absorption from the ground state in few-photon and strong-drive regimes.
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Cavity elimination in cavity-QED: a self-consistent input-output approach
A self-consistent input-output approach eliminates cavity modes in non-adiabatic CQED to yield an effective two-level atom model with non-Markovian decoherence captured by an effective Lindblad equation having positive and negative rates.