Resonant nanoplasmonic structures have long been recognized for their unique
applications in subwavelength control of light for enhanced transmission, focussing, field …

Sphere segment void (SSV) arrays allow the reproducible engineering of plasmon-polariton
modes from the near-infrared to the ultraviolet through the tuning of the void height and …

We present experimental and computational results that enlighten the mechanisms
underlying the chemical contribution to surface-enhanced Raman scattering (SERS). Gold …

We report fabrication of the lead silicate microstructured fibers (MOFs) with core holes as
small as 20nm, the smallest holes fabricated within the core of an optical fiber to date. We …

Most types of thin film solar cells require light management to achieve sufficient light
absorptance. We demonstrate a novel process for fabricating a scattering back reflector for …

Plasmonic quasi-periodic structures are well-known to exhibit several surprising
phenomena with respect to their periodic counterparts, due to their long-range order and …

Presented here are studies of the impact of incident angle on surface-enhanced emission
from a dye that is located site selectively on a plasmon-active nanocavity array support …

The advent of optically functional materials with low-intensive processing methods is
accompanied by a growing need for high resolution imaging to probe the inherent …

Presented here are angle dependence studies on the surface enhanced Raman (SER)
signal obtained from dye placed on plasmon active nanocavity arrays. A comparative study …

Presented here are studies of the impact of excitation angle on surface enhanced Raman
and luminescence spectroscopy of dye immobilized on a plasmon active nanocavity array …