Understanding and correcting wavenumber error in interference pattern structured illumination imaging

The impacts of uncertainty in mirror movements in mechanically scanned interference pattern structured illumination imaging (IPSII) are discussed. It is shown that uncertainty in IPSII mirror movements causes errors in both the phase and amplitude of the Fourier transform of the resulting imaging. Finally, we demonstrate that iterative phase retrieval algorithms can improve the quality of IPSII images by correcting the phase errors caused by mirror movement uncertainties. (c) 2021 Optica Publishing Group under the terms of the Optica Open Access Publishing Agreement

Automated summary

This paper discusses the impacts of uncertainty in mirror movements in mechanically scanned interference pattern structured illumination imaging (IPSII). It is demonstrated that the uncertainty in IPSII mirror movements results in errors in both the phase and amplitude of the Fourier transform of the resulting imaging. Finally, the paper demonstrates that iterative phase retrieval algorithms can improve the quality of IPSII images by correcting the phase errors caused by mirror movement uncertainties.