Abstract
We have simulated the Gibbs-Vrehen-Hikspoors observations of quantum beat superfluorescence (SF) from the 7P→7S transitions in Cs vapour by extending the previous numerical work on semi-classical 2-level atom SF to particular 3-and 4- level atom models. Beats at the spacing of the two upper levels modulate the SF from a 3-level model consisting of two close upper levels sharing a common lower level. Lower state beats modulate the SF from a 4-level model consisting of two separated upper levels coupled independently to two lower levels. Results for the leading SF pulse are in good qualitative agreement with the experiments.
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