High density optical storage based on superresolution techniques employing optical path filtering and saturable absorption

V Boopathi; Yihong Wu; T Chong

doi:10.1109/20.667776

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Journal article

High density optical storage based on superresolution techniques employing optical path filtering and saturable absorption

V Boopathi, Yihong Wu and T Chong

IEEE transactions on magnetics, Vol.34(2), pp.404-406

01/03/1998

DOI: https://doi.org/10.1109/20.667776

Abstract

Optical superresolution techniques to increase the density of data storage by source and medium modifications are explained. It is shown that the light distribution at the source can be modified using a phase filter. This results in overall energy efficiency and improvement in the frequency response of the optical read-out. The frequency response of the optical readout with source modification Is good at medium and high frequencies. The technique of superresolution through source modification, and with saturable absorber in the medium is proposed

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Title: High density optical storage based on superresolution techniques employing optical path filtering and saturable absorption
Creators - without role: V Boopathi - National University of Singapore
Yihong Wu - National University of Singapore
T Chong - National University of Singapore
Publication Details: IEEE transactions on magnetics, Vol.34(2), pp.404-406
Number of pages: 3
Identifiers: 9911408709846
Academic Unit: Temasek Lab
Language: English
Resource Type: Journal article

High density optical storage based on superresolution techniques employing optical path filtering and saturable absorption

Abstract

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