The memory‐effect‐based speckle auto‐correlation method has gained significant attention
for its ability to perform single‐shot noninvasive imaging through scattering media. Despite …

Multimode fibers (MMFs), which transmit multiple spatial modes simultaneously, are
essential in imaging, communication, and sensing. However, mode crosstalk significantly …

Significance In nonballistic regime, optical scattering impedes high-resolution imaging
through/inside complex media, such as milky liquid, fog, multimode fiber, and biological …

The projection of fringes plays an essential role in many applications, such as fringe
projection profilometry and structured illumination microscopy. However, these capabilities …

The transmission matrix (TM) is a powerful tool for focusing light through scattering media.
Here, we demonstrate a Bessel-basis TM that enables tight focusing through the scattering …

摘要生物组织折射率在微观上的不均匀分布造成了光学散射, 进而导致了光在组织深处聚焦能力
的丧失. 波前整形技术通过补偿不同散射通道间的相位延迟, 能够实现散射光的重新聚焦 …

摘要光学散射一直以来都被认为是限制光学成像深度的重要因素. **年来,
波前整形方法克服光学散射的能力引起了研究人员的广泛关注, 其核心思想是通过对入射光进行 …

Wavefront sha** enables the transformation of disordered speckles into ordered optical
foci through active modulation, offering a promising approach for optical imaging and …

Wavefront sha** has revolutionized the control of light propagation through scattering
media, transforming disordered speckles into highly focused optical spots. This …

The spectral memory effect in scattering media is crucial for applications that employ
broadband illumination, as it dictates the available spectral range from independent …