| Citation: | LUO Jing, CHEN Xing-da, LV Ning-rui, TONG Ya-nan, LI Jing-yi, ZHANG Xiao-hui, DONG Ji-hong. Review of methods to suppress the impacts of polarization properties on optical systems[J]. Chinese Optics. doi: 10.37188/CO.2025-0066
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The polarization properties of optical systems enable to change the polarization state of incident light, thus imaging quality and detection accuracy would be affected. For optical instruments such as telescopes and lithography lenses, polarization properties are important factors that determine the performance of these systems. Therefore, suppressing the unfavorable impacts of polarization properties on optical systems is key to achieve optical systems with good performance. This paper summarizes the current research status on methods to suppress the impacts of polarization properties on optical systems. The existing approaches are divided into three groups: polarization calibration, polarization compensation, and low polarization optimization design. The basic principles of these three methods are introduced, and the methods are classified and discussed with application examples. Finally, the relationship among the three methods and their cooperative applications is analyzed, and the future development of methods to suppress the impacts of polarization properties on optical systems is discussed.
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