A self-powered, visible-blind UV detection design using silicon based photodetectors combined with UV sensitive luminescent materials has been developed.
A self-powered, visible-blind UV detection design using silicon based photodetectors combined with UV sensitive luminescent materials has been developed.
Three-dimensional deterministic aperiodic structures are realized for the first time and studied with respect to their optical properties.
The combination of a plasmonic color filter and a terahertz metamaterial absorber exhibits unique resonant phenomena over several decades of wavelengths.
Due to their unique properties these fascinating materials are predicted to possess a complete photonic bandgap without any long-range order.
Advanced Optical Materials has made a selection of the best articles from 2013 available to download for free.
Researchers fabricate transparent metal electrodes of just 5 nm, significantly improving the efficiency and angular colour stability of white OLED devices.
Researchers develop inproved upconversion nanoparticles for medical imaging.
ICN2 and UAB researchers have just reported a new type of fast-response photochromic film that they have developed using oil-filled polymeric cores.
Voltage-dependent diffraction switching makes a hybrid liquid crystal–carbon nanotube device a good candidate for high-resolution displays.
Structure–property relationships of single crystals are analysed such that their spontaneous and stimulated emission properties can be quantified based on their crystal structures.