The Perfectly Matched Layer as a Synthetic Material with Active Inclusions

Publisher Website
Google Scholar
Abstract
The perfectly matched layer is a successful concept used in finite difference numerical techniques. It can be also considered as a uniaxial medium whose tensor material parameters are subject to certain requirements. Here we demonstrate that such a medium is in principle physically realizable as a composite material with small inclusions, but the inclusions must be active, which means that they can only be realized as active electronic circuits, e.g., circuits based on operational amplifiers.

This publication has 0 references indexed in Scilit: