A Compact Integrated Silicon Photonic Processor for Real-Time Polarization Control
Published in CLEO: Applications and Technology (CLEO 2025), 2025
Abstract: Polarization control is essential for high-speed optical communications and photonic computing. In this work, we present a compact integrated silicon photonic processor designed for real-time polarization management. By leveraging efficient on-chip interferometers and feedback control algorithms, our device achieves high-speed and precise polarization state manipulation with a significantly reduced footprint compared to traditional solutions.
Recommended Citation:
```bibtex @inproceedings{lin2025compact, title={A Compact Integrated Silicon Photonic Processor for Real-Time Polarization Control}, author={Lin, Zichun and Zhou, Wu and Feng, Xianyi and Guan, Weilong and Ma, Yuzhe and Tong, Yeyu}, booktitle={CLEO: Applications and Technology}, pages={AA128_6}, year={2025}, organization={Optica Publishing Group}, doi={10.1364/CLEO_AT.2025.AA128_6} }
Recommended citation: Z. Lin, W. Zhou, X. Feng, W. Guan, Y. Ma, Y. Tong. (2025). "A Compact Integrated Silicon Photonic Processor for Real-Time Polarization Control." CLEO: Applications and Technology 2025. pp. AA128_6.
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