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The interaction between a single emitter and confined electromagnetic fields in a cavity results in effects like enhanced or inhibited spontaneous emission and vacuum Rabi oscillations. In conventional cavity QED, this interaction is enhanced by employing highly reflective mirrors resulting in a high quality factor (Q). However, the interaction also depends inversely on the volume (V) of the optical mode, which is usually left at hundreds or thousands of λ3. Combination of very high Qs and very low Vs has proven to be challenging in tunable cavities.
© 2015 IEEE
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