The rotational Doppler effect holds significant potential for remote sensing of rotating objects
due to its real-time performance and non-contact advantages. A single-ring beam is used to …

As the demand for high‐capacity and high‐fidelity communication systems continues to
increase, addressing the challenges posed by noise and atmospheric turbulence …

Single-pixel sensing (SPS) has proven to be a powerful tool for image-free object analysis.
However, challenges arise when applying this technique to identify rotating objects, such as …

Coherent diffractive imaging (CDI), especially the ptychography, has been widely used in
quantitative phase imaging. However, in traditional diffractive imaging schemes, a highly …

In structured light tweezers, enhancing control precision and degrees of freedom in optical
manipulation remains a significant technical challenge. Traditional optical tweezers, which …

In this paper, we introduce what we believe to be a novel partially coherent beam with a
nonconventional correlation function, named the twist-and cross-phase-modulated Laguerre …

Scintillation restricts the development of free space optical communication in near-space
hypersonic vehicles. We derived analytical formulae for the on-axis scintillation index of a …

Partially coherent beams are renowned for their inherent resilience against environmental
perturbations. However, traditional versions are prone to distortion due to light diffraction …

In this study, a novel class of spatially non-uniformly correlated beams called twisted
hyperbolic-sine-correlated (THSC) beams is introduced. The coherence structure of such …

The orbital angular momentum (OAM) of beams provides an additional degree of freedom
and has been applied in various scientific and technological fields. Accurate and …