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/content/aip/journal/apl/107/20/10.1063/1.4936092
2015-11-17
2016-12-07

Abstract

We experimentally demonstrate tunable coupled cavities based upon open access zero-dimensional hemispherical microcavities. The modes of the photonic molecules are strongly coupled with quantum wellexcitons forming a system of tunable polaritonic molecules. The cavity-cavity coupling strength, which is determined by the degree of modal overlap, is controlled through the fabricated centre-to-centre distance and tuned through manipulation of both the exciton-photon and cavity-cavity detunings by using nanopositioners to vary the mirror separation and angle between them. We demonstrate micron sized confinement combined with high photonic Q-factors of 31 000 and lower polaritonlinewidths of 150 eV at resonance along with cavity-cavity coupling strengths between 2.5 meV and 60 eV for the ground cavity state.

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