Strong scattering medium brings great difficulties to image objects. Optical memory effect
makes it possible to image through strong random scattering medium in a limited angle field …

Performing imaging with scattered light is challenging due to the complex and random
modulation imposed upon the light by the scatterer. Persistent correlations, such as the …

Optical microscopy in complex, inhomogeneous media is challenging due to the presence of
multiply scattered light that limits the depths at which diffraction-limited resolution can be …

Imaging through scattering media has been one of the main challenges in optics, and are
encountered in many different disciplines of sciences, ranging from biology, mesoscopic …

Tracking moving targets behind a scattering medium is a challenge, and it has many
important applications in various fields. Owing to the multiple scattering, instead of the object …

We present a method for single-shot spectrally resolved imaging through scattering media
by using the spectral memory effect of speckles. In our method, a single speckle pattern from …

The reconstruction of the color object hidden behind the scattering medium is very important
because the human eye is much more sensitive to color than grayscale. Traditional methods …

Color imaging of objects hidden behind scattering media is significant to many imaging
scenarios. Although various color imaging methods have been proposed, most of them need …

Speckle correlation imaging (SCI) has been considered one of the most promising
techniques for computational imaging through a scattering medium. However, the image …

As an object is passing through a static scattering medium, a speckle is formed. We can
reconstruct the image from the speckle, based on the principle of optical memory effect …