Ultra-small All-Optical Logic Gate Design based on Inverse Design for Wire-less Communication

Xiaobin Lin, Da Li, Hongtao Lin, Erping Li
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Abstract

This article introduces the inverse design into the all-optical logic gates. Using direct-binary search (DBS) and the adjoint method, the ultra-small XOR logic gate is designed, and the size is only 1.2um*2.5um, which is the smallest record known so far. The device with parallel logic function in C-band and O-band is realized for the first time. All designs conform to standard processes, laying the foundation for the development of optical computing and optical neural networks.
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基于反设计的无线通信超小型全光逻辑门设计
本文介绍了全光逻辑门的逆设计。采用直接二分搜索(DBS)和伴随法设计了超小型异或逻辑门,其尺寸仅为1.2um*2.5um,是目前已知的最小记录。首次实现了具有c波段和o波段并行逻辑功能的器件。所有设计都符合标准流程,为光计算和光神经网络的发展奠定了基础。
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