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Experimental study demonstrates state-mixing disruption of the Rydberg blockade in a mesoscopic ensemble, indicating key limits for quantum information processing.
This paper demonstrates a new technique to quantify the negative impact of state-mixing interactions on the Rydberg excitation blockade near the Forster resonance. By observing state-mixing events on a shot-by-shot basis, the authors identify the mechanisms responsible for large rates of mixing, and determine the extent to which mixing breaks the blockade in a mesoscopic ensemble.
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Eder et al. (2020) studied this question.
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