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We consider the interaction between distinct superradiance (SR) systems anduse the dressed state formalism to solve the case of two interacting two-atomSR samples at resonance. We show that the ensuing entanglement modifies thetransition rates and intensities of radiation, as well as introduces apotentially measurable frequency chirp in the SR cascade, the magnitude ofwhich being a function of the separation between the samples. For the dominantSR cascade we find a significant reduction in the duration and an increase ofthe intensity of the SR pulse relative to the case of a single two-atom SRsample.

Interacting superradiance samples: modified intensities and timescales, and frequency shifts