Abstract

Coherent-transient-based, frequency-selective, optical memories (time-domain optical memories) have been proposed as a means of achieving ultrahigh-density and high-speed optical storage. An analogy with existing storage devices suggests an implementation that uses discrete spatial storage cells arrayed on a two-dimensional surface. We analyze fundamental process potential relating to data storage density for memories of this particular configuration.

© 1994 Optical Society of America

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