In recent years, there has been dramatic progress in the photonics field in disordered media,
ranging from applications in solar collectors, photocatalyzers, random lasing, and other …

We investigate a disorderly mesoscopic device that supports spin-orbit interaction. The
system is connected to four semi-infinite leads embedded in the Landauer-Buttiker setup for …

In recent years, there has been a dramatic progress in the photonics field of disordered
media, ranging from applications in solar collectors, photocatalyzers, random lasing, and …

There has been a growing interest in disordered optical media in recent years due to their
potential applications in solar collectors, random lasers, light confinement, and other …

This work deals with quantum graphs, focusing on the transmission properties they
engender. We first select two simple diamond graphs, and two hexagonal graphs in which …

A resistive pulse sensor measures the electrical impedance of an electrolyte-filled channel
as particles flow through it. Ordinarily, the presence of a nonconductive particle increases …

The control of the quantum transport is an issue of current interest for the construction of new
devices. In this work, we investigate this possibility in the realm of quantum graphs. The …

Scattering media are of great current interest, due to their potential applications in
photovoltaic cells, efficient photocatalyzers, random lasers and novel optical functional …

Random lasers hold the premise for cheap coherent light sources that can be miniaturized
and molded into any shape and used for speckle-free imaging in biology, remote sensing …

Braess, while working on traffic modeling, noticed that traffic flow in a network can be
worsened by adding extra edges to an existing network. This seemingly counterintuitive …