Plasmonic particle arrays enable unconventional miniature lasers by virtue of feedback by
enhanced scattering, field confinement, and diffractive resonances. Here, we demonstrate …

Much attention has been paid to photonic applications based on periodic media. Meanwhile,
quasi-periodic and disordered media have extended the research domain and provided …

The fine tuning of color and white light emission was achieved from the simple blending of
two different types of polychromophores. The π-conjugated polymeric chromophores (blue …

The self-assembled monolayer periodic array of polystyrene spheres conformally coated
with TiO_2 layer using atomic layer deposition is designed to obtain a further enhancement …

In the study, the solution-processed PEDOT: PSS hole injection layer was treated by polar
solvent vapor annealing (PSVA) to optimize the carrier transport and light extraction. The …

A polymeric PEDOT: PSS film nanostructured with Photonic Quasi Crystals that opens the
path towards more efficient white OLEDs is presented. For the first time three different quasi …

Decagonal quasicrystals are receiving considerable attention because of their unique
crystallographic structure, electrical, magnetic, and mechanical properties. Hence …

We present a new and simple method to improve internal light out-coupling of organic light
emitting diodes (OLEDs) by incorporating tungsten trioxide (WO 3) islands or network …

In this study, a new, facile, and low-cost approach was proposed to fabricate microporous
polymer thin films (MPFs) for enhancing the light extraction of white-light organic light …

In this study, GaN-based photonic quasi-crystal surface emitting lasers (PQCSELs) operated
at different Γ band-edge modes were fabricated and investigated. The photonic quasi-crystal …