Resonators of surface plasmons are discussed in this review. Any material supporting the
excitation of surface plasmons, either by light, or by electron beams can be used for …

We theoretically demonstrate an approach for designing absorbers with strongly intensity-
dependent absorption. The proposed absorbers consist of a spacer layer between a top …

Metalens have been recently introduced to overcome shortcomings of traditional lenses and
optical systems, such as large volume and complicated assembly. As a proof-of-principle …

This paper presents a rigorous analysis of circumstances under which wave dynamics can
be fully reconstructed from sensor networks. We prove that, in many cases, wave dynamics …

Space and time-varying electromagnetic structures give access to regimes of operation and
effects that ordinarily do not occur in their time-invariant counterparts due to modal …

We present the theory of parametrically resonant surface plasmon polaritons (SPPs). We
show that a temporal modulation of the dielectric properties of the medium adjacent to a …

This work presents a thorough analysis of reconstruction of global wave fields (governed by
the inhomogeneous wave equation and the Maxwell vector wave equation) from sensor time …

In the context of nonlinear plasmonics, we review the recently introduced concept of
plasmonic parametric resonance (PPR) and discuss potential applications of such …

Dynamic electromagnetic structures, which vary in both space and time, enable unique
operational regimes and effects unattainable in static systems due to modal orthogonality …

Space and time-varying electromagnetic structures give access to regimes of operation that
do not occur in their time-invariant counterparts due to modal orthogonality constraints …