Controlling and manipulating the propagation of surface plasmons has become a field of
intense research given their potential in a wide range of applications, such as plasmonic …

We demonstrate digital plasmonic holography for direct in-plane imaging with propagating
surface-plasmon waves. Imaging with surface plasmons suffers from the lack of simple in …

In this work, we present in-plane propagation of surface plasmon polaritons (SPPs) guided
by a single dielectric (Al_2O_3) subwavelength lens. By mounting a designed Al_2O_3 …

An approach for multiobjective optimal design of a plasmonic waveguide is presented. We
use a multiobjective extension of a genetic algorithm to find the Pareto-optimal geometries …

Here, we present the exploitation of classical optics techniques to design plasmonic
meniscus lenses for focusing surface plasmon polaritons. To accomplish this, we adapted …

The work presents a method capable of manipulating and controlling the propagation of
surface plasmons using plasmonic structures composed of only metals. In our approach, we …

In this work, we present the design process and response of an ultra-compact plasmonic
meniscus lens for Surface Plasmon Polariton (SPP) focusing. To design the lens, we …

Propagating surface plasmon waves have been used for many applications including
imaging and sensing. However, direct in-plane imaging of micro-objects with surface …

In recent decades, research into the control and manipulation of surface plasmon polariton
(SPP) propagation has expanded quickly due to their potential in a number of applications …