Optical XOR Interconnect Gate Based on Symmetric and Asymmetric Plasmonic Modes in IMI Structure Using Modified Kretschmann Configuration

Abstract

According to the importance of optical interconnect devices as well as optical logic gates, in this paper a novel approach to utilize the advancements of symmetric and asymmetric plasmonic modes across thin gold film in IMI structure was proposed. This gate may creatively introduce the benefits of plasmonics into commercial photonics, such as: integration of optical circuits, high sensitivity, and high speed. Besides, we propose a novel configuration, modified kretschmann, which via this method the SPPs will be available for electronic detection. Agreeing results, the truth table revealed an XOR interconnect gate; furthermore, ROC and fabrication process also are suggested.