Both the ballistic and multiple scattering components of the Green's function are retrieved.

The current findings are supported by theoretical calculations based on a multiple scattering model.

Here, we propose another physical principle by which we can avoid the effects of multiple scattering.

However, its applicability is often limited by multiple scattering of light, which severely distorts the signal.

However, the phenomenon known as multiple scattering results in a deterioration of resolution as a function of depth.

In this study, OCT was combined with ultrasound in an attempt to reduce the effect of multiple scattering.

We report the broadband characterization of the propagation of light through a multiple scattering medium by means of its multispectral transmission matrix.

With higher frequencies, better control of the acoustical beam, and tests in media with higher rates of multiple scattering, improved results are anticipated.