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arXiv 2602.18666physics.optics
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可扩展光子系统的逆向设计

Inverse design for scalable photonic systems

Stanford University(斯坦福大学)

Louise Schul, Sydney Mason, Sungjun Eun, Geun Ho Ahn, Jelena Vučković

AI总结:

本文探讨了可扩展光子系统的逆向设计,涵盖大规模三维设计、商业应用及量子系统等新方向。

摘要:

在过去二十年中,光子逆向设计已成为实现性能提升的光子设备或实现新功能的强大方法。虽然前十年的努力集中在大学实验室设计和制造的原理验证设备上,但过去5-10年的工作重点已转向可扩展光子系统的实现。本文回顾了这一近期进展、挑战和新方向,从而为该领域提供了一次补充和更新的综述。我们重点讨论大规模三维光子逆向设计,包括超材料、将逆向设计应用于商业晶圆厂和实际硅光子学、将光子逆向设计应用于不同材料系统、波长和光学效应,以及新的方向如量子系统的逆向设计。

英文摘要:

Over the past two decades, photonic inverse design has emerged as a powerful approach to implement photonic devices with improved performance, or realize new functionalities. While the efforts over the first decade focused on proof of concept devices designed and fabricated in university labs, the focus over the past 5-10 years has shifted towards implementation of scalable photonic systems. This article reviews this recent progress, challenges and new directions in photonics inverse design, thus providing a complementary and updated review of the field. We focus on large scale three dimensional photonic inverse design, including metasurfaces, translation of inverse design to commercial foundries and practical silicon photonics, application of photonic inverse design to different materials systems, wavelengths, and optical effects, and finally new directions such as inverse design of quantum systems.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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