Polarization vector conjugation in a photonic integrated circuit
Anna J. Miller Carson G. Valdez Anne R. Kroo Marko Šimić Marek Vlk Charles Roques-Carmes David A. B. Miller Olav Solgaard
作者信息
Abstract
We show how to perform polarization conjugation of light in a simple apparatus without any nonlinear optical materials, based on self-configuring Mach-Zehnder interferometers fed by a polarization splitter. This allows us to completely and automatically remove the polarization variations on a single beam or mode propagating through an optical system with arbitrary birefringence, such as a conventional optical fiber, and compensate polarization variations experienced in the forward direction by propagating the conjugated beam back through the system and recreating the original polarization at the source. We demonstrate this polarization conjugation in an optical fiber setup in different orientations with a measured polarization extinction ratio of -30 dB for the returned beam.引用本文复制引用
Anna J. Miller,Carson G. Valdez,Anne R. Kroo,Marko Šimić,Marek Vlk,Charles Roques-Carmes,David A. B. Miller,Olav Solgaard.Polarization vector conjugation in a photonic integrated circuit[EB/OL].(2026-07-25)[2026-08-11].https://arxiv.org/abs/2607.20980.学科分类
光电子技术
|国家预印本平台