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A quantum state light-storage, using a virtual magnetic field through the acStark effect is proposed to combine the high overall storage efficiency andlarge bandwidth employing room temperature atomic vapor. In this approach,which was called the ac Stark Gradient Echo Memory (ASGEM), it has been shownthe possibility to employ about a nanosecond ac Stark pulse far detuned (about127 THz) from D1 line of rubidium and create an atomic media with thepossibility to store a photon with about a GHz bandwidth with storage andretrieval efficiency of more than 90%. A contour plot of efficiency as afunction of gradient field strength and optical depth, based on three-levelMaxwell- Bloch equations, simulated for a better understanding of experimentalparameter optimization.

Broadband and efficient Quantum Memory Using ac Stark Gradient Echo Memory