F. Schellenberg, W. Moerner, M. Levenson, G. Bjorklund, D. J. Bernays
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The phenomenon of persistent spectral hole burning allows the frequency of a tunable laser source to be utilized as an additional dimension for the organization of an optical data storage system.1 Potential gains of greater than a factor of 1000 in achievable storage densities over conventional optical storage are possible. In addition, extremely fast random access times can be achieved in the frequency dimension.
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