Padilla and co-workers give an excellent overview on metamaterial absorbers and discuss a selection of examples and related applications in this field.
Gold Nanoantennas Boost the Emission Rate of Conjugated Polymers
The radiative emission rate of poly(3-hexylthiophene) could be greatly enhanced by integrating it into a plasmonic split-dipole nanoantenna.
Polymerization Inhibition for 3D Nanolithography
The depletion mechanism in a stimulated emission depletion (STED) inspired photoresist for 3D nanolithography has been identified.
Optical memory using leaky ferroelectrics?
Scientists probe the optoelectric behaviour of bismuth ferrite at the nanoscale and propose a novel ferroelectric-based memory application.
How do leaves get the most out of sunlight?
Scientists discovered regular distributions of cystoliths occurs in plant leafs that enhance light-aborbing efficiency.
Making microlasers the flexible way
An elegant technique for self-assembling microlasers from droplets is reported in Advanced Optical Materials.
A Truly 3D Self-Assembled Metamaterial
Researchers from the University of Cambridge, UK report the fabrication of a truly 3D metamaterial using self-assembly.
Diamond Membranes for Quantum Computing
By using microwave CVD, high quality, single crystal diamond membranes have been epitaxially grown. The resulting material exhibits bright luminescence and good electron spin coherences times, suitable for application in quantum computing.
Advanced Optical Materials Issue 1
Issue 1 of Advanced Optical Materials features twelve papers from leading research groups, covering all aspects of light–matter interactions.
Fabrication of Silicon Nanopillars for SERS
A simple two step process was developed to fabricate substrates with flexible free standing nanopillars which exhibit a large and uniform
Raman enhancement.