  Super-resolution imaging with advanced optical systems has been
revolutionizing technical analysis in various fields from biological to
physical sciences. However, many objects are hidden by strongly scattering
media such as rough wall corners or biological tissues that scramble light
paths, create speckle patterns and hinder object's visualization, let alone
super-resolution imaging. Here, we realize a method to do non-invasive
super-resolution imaging through scattering media based on stochastic optical
scattering localization imaging (SOSLI) technique. Simply by capturing multiple
speckle patterns of photo-switchable emitters in our demonstration, the
stochastic approach utilizes the speckle correlation properties of scattering
media to retrieve an image with more than five-fold resolution enhancement
compared to the diffraction limit, while posing no fundamental limit in
achieving higher spatial resolution. More importantly, we demonstrate our SOSLI
to do non-invasive super-resolution imaging through not only optical diffusers,
i.e. static scattering media, but also biological tissues, i.e. dynamic
scattering media with decorrelation of up to 80%. Our approach paves the way to
non-invasively visualize various samples behind scattering media at
unprecedented levels of detail.
