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Investigation of 10 sup 10 bit optical memory Interim report

Andrew M. Bardos

Published Oct 16, 1967• 0 citations
OpenAlex

Abstract

Properties of Bragg holography in alkali halide crystals and application to optical data storage and processing

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An optical storage technique based on time-domain holography for the rapid recording and readout of page-formatted digital data is demonstrated. Storage of 356 kilobits of data was achieved at a single spatial location in a rare-earth–doped crystal. The digital data were recorded and accurately retrieved at a peak rate of 300 megabits per second without the use of error-correcting codes. The system's raw bit error rate is about 10 − 7 . This low bit error rate was achieved by a detection scheme for extraction of binary data. These results have implications for dynamic optical memory.