Decay converts coherent phonon states to circular phase-space distributions while preserving interference properties, enabling storage of phonon quantum features in the emitter ground state.
Lattice fluctuations at a double phonon frequency with and without squeezing: an exactly solv- able model of an optically excited quantum dot
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Influence of excited state decay and dephasing on phonon quantum state preparation
Decay converts coherent phonon states to circular phase-space distributions while preserving interference properties, enabling storage of phonon quantum features in the emitter ground state.