Magneto-Optical Waveguide Logic Gates and their Applications

S. Egamov, A. Khidirov, Mirzokulov Khotam Bakhtiyor ugli
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Abstract

: The results of studying the possibilities of the properties of magneto-optical qubits obtained using the Faraday rotation effect are presented. Waveguide geometries have been chosen for the design of various information processing and transmission devices based on new concepts creating key elements of logic gates, with new architectures applicable to different fields of science and industry. A mechanism for controlling magneto-optical qubits could be implemented for modeling of several magneto optical logic elements in waveguide forms, including simultaneous parallel AND, XOR and other procedures The proposed device can be used to create a wide range of information processing and transmission components founded on new strategies.
磁光波导逻辑门及其应用
本文给出了利用法拉第旋转效应研究磁光量子比特性质可能性的结果。基于创建逻辑门关键元素的新概念,波导几何形状已被选择用于设计各种信息处理和传输设备,并具有适用于不同科学和工业领域的新架构。一种控制磁光量子比特的机制可以用于波导形式的多个磁光逻辑元件的建模,包括同时并行与、异或和其他过程。该器件可用于创建基于新策略的广泛的信息处理和传输组件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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