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Titlebook: Optical Bistability III; Proceedings of the T Hyatt M. Gibbs,Paul Mandel,S. Desmond Smith Conference proceedings 19861st edition Springer-V

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Pulsed Optical Logic in GaAs Etalonssize are obtained by optically contacting a multiple-quantum-well (MQW) structure between reasonably flat mirrors. We also demonstrate an “optical data diode” through which data can flow efficiently in only one direction.
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Conference proceedings 19861st editionn attendance to almost 200 shows that interest continues to grow in the sub­ ject of optical bistability (OB) and its wider implications both in application to "optical digital computing" and to basic physics, notably instabilities and spatial effects. The maturing of the field is evidenced by the f
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All-Optical Computing — Circuit and Component Designsoblem — the Ising model of antiferromagnetism, one is led to construct a generic, optical computer loop circuit architecture and to propose designs for individual components such as stores, programmable and fixed image-processors, a full-adder processor, image shifters, and clocks.
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An Ultrafast GaAs All-Optical Logic Gates is the time constant or equivalently the bandwith of such devices. In this work the speed of GaAs-AlGaAs MQWS optical devices has been measured at low and at room temperature using near infrared femtosecond optical pulses [1].
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Optical Bistability and the Digital Optical Computersof nonlinear dynamics; and it might be applicable, notably in digital optical computing. In that context the terra “optical bistability” is commonly used to include also related nonlinear effects such as optical amplifiers, logic gates and so on.
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