Abstract
The conditions for achieving a vacuum Rabi splitting for a single quantum box in a pillar microcavity are examined. For self-assembled InAs quantum boxes the oscillator strength is too small for being in strong-coupling regime. Excitons localized to monolayer fluctuations in quantum wells have much higher oscillator strengths, due to the large area occupied by the center of mass for both small or large defects, and can show a vacuum Rabi splitting when placed in state-of-the-art micropillars.
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