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Microwave Wire Media: Theory and Main Physical Effects
2026-04-13 Latest Published
Microwave Wire Media: Theory and Main Physical Effects
Download Full Article View Full Article
By Denis Sakhno Constantin Simovski Pavel A. Belov
Progress In Electromagnetics Research, Vol. 185, 17-48, 2026
doi:10.2528/PIER26011404 | Google Scholar

Abstract
We present a review of homogenization models of microwave wire media with different geometries. We begin with a simple (uniaxial) wire medium and then consider more complex types of wire media - double, triple, and interlaced wire media - which remain underexplored. We discuss boundary problems with wire media and the most important physical effects revealed using the reviewed homogenization models.
2026-04-13
PIER
Vol. 185, 17-48, 2026
doi:10.2528/PIER26011404
download: 25
Microwave Wire Media: Theory and Main Physical Effects
Denis Sakhno, Constantin Simovski and Pavel A. Belov
We present a review of homogenization models of microwave wire media with different geometries. We begin with a simple (uniaxial) wire medium and then consider more complex types of wire media - double, triple, and interlaced wire media - which remain underexplored. We discuss boundary problems with wire media and the most important physical effects revealed using the reviewed homogenization models.
Microwave Wire Media: Theory and Main Physical Effects
Photonics and Modern Optics
Fellow Article
2026-01-05
PIER
Vol. 185, 1-16, 2026
doi:10.2528/PIER25110804
download: 967
Progress in Structured Light with Nonlinear Optics
Sachleen Singh and Andrew Forbes
The control of all of light's degrees of freedom and its harnessing for applications is captured by the emergent field of structured light. The modern toolkit includes external modulation of light with devices such as metasurfaces and spatial light modulators, their intra-cavity insertion for structured light directly at the source, and their deployment to engineer quantum structured light at the single photon and entangled state regimes. Historically, this control has involved linear optical elements, with nonlinear optics only recently coming to the fore. This has opened unprecedented functionality while revealing new paradigms for nonlinear optics beyond plane waves. In this review we look at the recent progress in structured light with nonlinear optics, covering the fundamentals and the powerful applications they are facilitating in both the classical and quantum domains.
Progress in Structured Light with Nonlinear Optics


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