A novel fluorescence emission difference technique is proposed for further enhancements of
the lateral resolution in surface plasmon-coupled emission microscopy (SPCEM). In the …

Studies of the dynamical process of biological samples always require realtime imaging
microscopy which can provide wide-field high resolution with sufficient material contrast …

The integration of plasmonic nanoparticles into biosensors has the potential to increase the
sensitivity and dynamic range of detection, through the use of single nanoparticle assays …

Structured illumination increases the spatial bandwidth of optical microscopes. We
demonstrate bandwidth extension using a physical grating placed close to the sample. This …

Fluorescence microscopy is an important tool for studying structures in living cells, but its
use is limited to sizes greater than 300 nm due to the diffraction limit of visible light. Single …

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

Surface Plasmon microscopy can measure local changes of refractive index on the micron
scale. Interferometric plasmon imaging delivers quantitative high spatial resolution sensitive …

Fluorescence technology is fully entrenched in all aspects of biological research. To a
significant extent, future advances in biology and medicine depend on the advances in the …

We investigate label-free measurement of molecular distribution by super-resolved Raman
microscopy using surface plasmon (SP) localization. Localized SP was formed with …

In this work, we use evaporated gold nanoparticle films (GNPFs) as substrates for plasmon-
enhanced imaging of two fluorescent proteins (FPs): mCherry and YFP. Through single …