The possibility of structuring material at the nanoscale is essential to control light–matter
interactions and therefore fabricate next‐generation paints and coatings. In this context …

The dependent scattering effect (DSE), which arises from the wave nature of
electromagnetic radiation, is a critical mechanism affecting the radiative properties of …

The scales of the white Cyphochilus beetles are endowed with unusual whiteness arising
from the exceptional scattering efficiency of their disordered ultrastructure optimized through …

Discrete random media have been investigated extensively over the past century due to
their ability to scatter light. Even so, the link between the three-dimensional (3D) spatial …

Objectives Optical fluorescence imaging can track the biodistribution of fluorophore-labeled
drugs, nanoparticles, and antibodies longitudinally. In hybrid computed tomography …

Transport processes underpin a wide variety of phenomena, ranging from chemistry, to
physics and ecology. Despite their pervasiveness, however, several distinctive features of …

Abstract 3D disordered networks are receiving increasing attention as they represent a
versatile architecture for highly scattering materials. However, due to their complex …

Maximizing the scattering of visible light within disordered nano-structured materials is
essential for commercial applications such as brighteners, while also testing our …

Significance: Most radiative transport problems in turbid media are typically associated with
mm or cm scales, leading to typical time scales in the range of hundreds of ps or more. In …

Structurally anisotropic materials are ubiquitous in several application fields, yet their
accurate optical characterization remains challenging due to the lack of general models …