The spatial arrangement of plasmonic nanoparticles can dramatically affect their interaction
with electromagnetic waves, which offers an effective approach to systematically control their …

Optical metamaterials consist of artificially engineered structures exhibiting unprecedented
optical properties beyond natural materials. Optical metamaterials offer many novel …

Metamaterials are artificial electromagnetic media structured on the subwavelength scale for
controlling the propagation of waves by means of transformation optics. The research activity …

The scaling down of meta‐atoms or metamolecules (collectively denoted as metaunits) is a
long‐lasting issue from the time when the concept of metamaterials was first suggested …

Natural materials exhibit negligible magnetism at optical frequencies, since the direct effects
of the optical magnetic field on matter are much weaker than electric ones. In the last …

Advances in the field of metamaterials have enabled unprecedented control of light-matter
interactions. Metamaterial constituents support high-frequency electric and magnetic …

We theoretically analyze, fabricate, and characterize a three-dimensional plasmonic
nanostructure that exhibits a strong and isotropic magnetic response in the visible spectral …

A colloidal solution of nanophotonic structures exhibiting optical magnetism is dubbed a
liquid-phase metamaterial or an optical metafluid. Over the decades, plasmonic …

We investigate for the first time the capacity of a two-dimensional periodic array (a
metasurface) of circular nanoclusters (CNCs) of plasmonic nanoparticles to support …

Abstract 2D nanoscale patterns have been extensively investigated for various applications
including information storage devices, non‐volatile memory devices, chemical or biological …