Structure and Implementation Principles of a Photonic Computer

Author:

Stepanenko Sergey

Abstract

A structure and implementation principles of a photonic computer are proposed. Its operation is based on the effects of interaction between coherent light wave systems generated by a laser source. The performance of photonic computers, their power consumption, and physical dimensions are estimated. These estimates indicate a great potential advantage of photonic computers over electronic ones. In particular, analysis carried out in this study and the obtained estimates demonstrate that a photonic computer working on the light with a wavelength of 1530 can operate 104 – 105 times faster than up-to-date electronic computers with the same power consumption. Light waves of different wavelengths do not interact with each other. With a proper OLG implementation, several computations represented by light waves of different wavelengths can be run on a single photonic computer.

Publisher

EDP Sciences

Reference16 articles.

1. Tarasov L.V., Laser Physics, 2nd ed., (Libricom, Moscow, 2010) [in Russian]

2. Binkley S., Quantum Computing. ASCAC DOE US. April 5, (2016)

3. Belov P.A., Bespalov V.G., Vasiliev V.N., et al., Optical processors: Advances and new ideas.

4. John Russel, High-enabled Microprocessor Holds Promise for Faster Computers. February 23, (2016)

5. Poluektov A.O., An optical logic gate. RF Patent No. 20751061. Published 10.03.1997.

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