Abstract
This work investigates nonlinear transmission properties of cavity polaritons in a one-dimensional photonic crystal microcavity containing pseudoisocyanine J-aggregates. It was observed that an unexpected transmission peak appeared between the two peaks of cavity polaritons, when the incident light intensity was high. The decay time of this third peak, determined by the pump-probe transient transmission spectroscopy, was less than 1 ps. We observed ultrafast transition between the cavity polariton doublet and AC Stark triplet in an organic system.
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