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High-Yield Picosecond Photon Echoes by Photochemical Hole-Burning

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Abstract

The phenomenon of stimulated photon echo [1] has already been investigated in a variety of molecular systems but in all cases the magnitude of echo signals has been limited to a small fraction of the pumping pulses intensity. The main reason for that lies in a rapid relaxation of nonequilibrium population of molecular states, which hinder the formation of spectral population gratings responsible for the stimulation of retarded optical pulses.

© 1984 Optical Society of America

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