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Rabi oscillations of a two-level atom appear as a quantum interference effectbetween the amplitudes associated to atomic superpositions, in analogy with theclassic double-slit experiment which manifests a sinusoidal interferencepattern. By extension, through direct detection of time-resolved resonancefluorescence from a quantum-dot neutral exciton driven in the Rabi regime, weexperimentally demonstrate triple-slit-type quantum interference via quantumerasure in a V-type three-level artificial atom. This result is of fundamentalinterest in the experimental studies of the properties of V-type 3-levelsystems and may pave the way for further insight into their coherenceproperties as well as applications for quantum information schemes. It alsosuggests quantum dots as candidates for multi-path-interference experiments forprobing foundational concepts in quantum physics.

Experimental triple-slit interference in a strongly-driven V-type artificial atom