Photonic Inverse Design of Compact Stokes-Vector Receivers on Commercial Foundry Platforms
Photonic Inverse Design of Compact Stokes-Vector Receivers on Commercial Foundry Platforms
复制标题
商业代工平台上紧凑型斯托克斯矢量接收器的光子逆设计
DOI：
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发表时间：
2022
期刊：
影响因子：
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通讯作者：
S. Ralph
中科院分区：
文献类型：
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作者：
A. Hammond;C. Alex Kaylor;J. Slaby;Michael J. Probst;S. Ralph
我们提出并通过实验验证了完全使用拓扑优化设计的超紧凑硅光子斯托克斯矢量接收器。该系统占地面积仅为 0.06 mm2，适合光学/电气倒装芯片封装。实验表明，在庞加莱球和光学 C 波段不进行调谐的情况下，中值误差角为 14°。
We present and experimentally validate an ultra-compact, silicon-photonics, Stokes-vector receiver designed entirely using topology optimization. The system occupies just 0.06 mm2 and is amenable to optical/electrical flip-chip packaging. Experiments demonstrate a median error angle of 14◦ without tuning across the Poincaré sphere and optical C-band.