A fluorescence microscope taking advantage of plasmonic coupling is in-proof
demonstrated. Silver nano-wires and nano-particles are chosen as the metallic nano …

Abstract A two‐dimensional (2D) plasmonic coupling nanostructure for enhanced
fluorescence observation using a microscope is presented. The substrate contained …

In this article, we experimentally investigated the plasmonics interaction in the system
composed of Ag nano-cubes on Ag film with controlled distance. The distance is controlled …

We investigate optimum plasmon-enhanced total-internal-reflection fluorescence imaging by
metallic thin films and nanostructures. The enhancement is based on the mismatch between …

In this work, we demonstrated an on-chip label-free imaging microscopy using real and
Fourier Plane (FP) dark field images of surface plasmons, by integrating engineered …

We demonstrate strong electromagnetic field enhancement from nano-gaps embedded in
silver gratings for visible wavelengths. These structures fabricated using a store-bought HD …

We present the enhancement of total internal reflection fluorescence microscopy by the
excitation of localized surface plasmons using nanoisland embedded subwavelength …

A Bull's eye-plasmonic chip composed of concentric circles was applied to enhanced
fluorescence microscopy. Among one dimensional (1-D), 2-D, and Bull's eye periodic …

The emission intensity of fluorophore molecule may change in presence of strong plasmon
field induced by nanoparticles. The enhancement intensity is optimized through selective …

We propose a localized surface plasmon microscope that provides simultaneous imaging of
refractive index and fluorescent intensity distributions. We show experimental images of …