Inferring the properties of a scattering objective by analyzing the optical far-field responses
within the framework of inverse problems is of great practical significance. However, it still …

Tomographic diffraction microscopy is a three-dimensional quantitative optical imaging
technique in which the sample is numerically reconstructed from tens of holograms recorded …

It is challenging to design a photoelectric encoder that is small in size while ensuring it has
sufficiently high resolution and accuracy. Traditional displacement measurement via the …

Computational super-resolution is a novel approach to break the diffraction limit. The
Mueller matrix, which contains full-polarization information about the morphology and …

This paper presents a novel optoelectronic detection array that adopts the research idea of
optical, mechanical and electrical integration. Through the design of new detectors and …

As a non-destructive and rapid technique, optical scatterometry has gained widespread use
in the measurement of film thickness and optical constants. The recent advances in deep …

Using digital holography technology to reconstruct the optical information of the calibrated
grating, the grating pattern can be magnified without an optical lens. This greatly reduces the …

Coherent diffractive imaging (CDI) is widely used to characterize structured samples from
measurements of diffracting intensity patterns. We introduce a numerical framework to …

To improve precision performance of angular sensor, in this paper, research is performed on
subdivision technology for a single-track absolute photoelectrical encoder. Firstly, a robust …

We propose a Fourier modal method (FMM) based through-focus scanning optical
microscopy (TSOM) featuring sub-nano scale measurement tolerance. TSOM is very …