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We will present our recent results in the generation of triple photons as well as triple slits, both providing interesting perspectives on the foundations of quantum mechanics and quantum optics. The creation of correlated triple photons [1] is a highly desirable process for research on quantum optics, novel states of three-photon entanglement, and applications in quantum information processing. It...
This study sets out to test Born's rule to verify the fundamental postulates of quantum mechanics. This study looks for any deviation from the quantum mechanical triadditivity of three mutually exclusive events. Experimentally, a "three-path interference" that can not be explained through the Born interpretation of probabilities is investigated. An upper bound on any such possible deviation...
We present our results on fluorescence and photon statistics of quantum dots. We show evidence for photon antibunching and cross-correlation measurements within the biexciton-exciton cascade using a new set-up. We also discuss directions towards a demonstration of time-bin entangled photons from a single dot.
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