Integrated photonic devices and artificial intelligence have presented a significant
opportunity for the advancement of optical computing in practical applications. Optical …

Metasurface-based imaging has attracted considerable attention owing to its compactness,
multifunctionality, and subwavelength coding capability. With the integration of …

Polarization detection plays an essential role in a wide range of fields, including target
identification, 3D reconstruction, and robotic vision. Self‐driven on‐chip full‐Stokes …

Full‐Stokes polarization detection, with high integration and portability, offers an efficient
path toward next‐gen multi‐information optoelectronic systems. Nevertheless, current …

Light fields carry a wealth of information, including intensity, spectrum, and polarization.
However, standard cameras capture only the intensity, disregarding other valuable …

Determining the polarization state of light is important in a variety of applications from optical
communication to biomedical diagnostics. Polarimeters are, however, typically based on …

Optical metasurfaces, consisting of subwavelength‐scale meta‐atom arrays, hold great
promise of overcoming the fundamental limitations of conventional optics. Due to their …

Beyond traditional two-dimensional (2D) imaging, additional optical dimensions, such as
depth, spectrum, and polarization, provide crucial information for various complex tasks …

Three-dimensional (3D) imaging enables high-precision and high-resolution axial
positioning, which is crucial for biological imaging, semiconductor defect monitoring, and …

Lensless imaging is an innovative and swiftly advancing technology at the intersection of
optics, imaging technology, and computational science. It captures scene by directly …