A solid state emitter embedded in a microcavity under intense excitation: a variational master equation approach

Abstract

In this work, dissipative effects from a phonon bath on the resonance fluorescence of a solid state two level system embedded in a high quality semiconductor microcavity and driven by an intense laser, are investigated. Within the density operator formalism, we derive a variational master equation valid for broader ranges of temperatures, pumping rates, and radiation-matter couplings, than previous studies. From the obtained master equation, fluorescence spectra for various thermal and exciting conditions are numerically calculated, and compared to those computed from weak coupling and polaronic master equations, respectively. Our results evidence the break down of those rougher approaches under increased temperature and strong pumping.

prepublication version

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Cited by in corpus (4)

• Environmental non-additivity and Franck-Condon physics in non-equilibrium quantum systems
• Non-Markovian perturbation theories for phonon effects in strong-coupling cavity quantum electrodynamics
• Electron-phonon decoupling due to strong light-matter interactions
• Thermal effects on the resonance fluorescence of doubly dressed artificial atoms