Proceedings Article10.1117/12.963475
Optical Computing And Nonlinear Optics
William T. Rhodes,John A. Buck +1 more
- 09 Jun 1986
- Vol. 0625, pp 20-21
TL;DR: In this article, Rhodes and John A. Buck proposed nonlinear optical interactions combined with the use of ultra-short optical pulses has certain attractive features for ultra-high-speed optical computing.
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Abstract: William T. Rhodes and John A. BuckSchool of Electrical Engineering, Georgia Institute of Technology Atlanta, Georgia 30332Nonlinear optical interactions combined with the use of ultra-short optical pulses has certain attractive features for ultra-highspeed optical computing. However, at present, a serious price must be paid in terms of interaction time or energy or both.
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References
Intensity Dependent Index Of Refraction In Organic Materials
TL;DR: In this paper, the intensity-dependent index of refraction (IoR) of polydi-acetylenes was determined to be 10-6 (MW/cm2)-1 in the transparent region of the material.
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Spatial Information Processing And Distortion Correction Via Four-Wave Mixing
Jeffrey O. White,Amnon Yariv +1 more
TL;DR: The versatility of degenerate four-wave mixing has made possible its application to two major areas of spatial information processing: distortion correction and mathematical operations.
Compensation Of Laser Amplifier Trains With Nonlinear Conjugation Techniques
TL;DR: The potential for and the key problem areas associated with the wavefront compensation of moderate- to high-power laser amplifier systems via nonlinear optical conjugation techniques are assessed.
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