We have designed an angularly tunable plasmonic system that consists of Au nanodisks in
combination with molecules of photoswitchable resonance, spiropyran, to gain new insights …

Plasmonic optical fields have been applied for surface-enhanced spectroscopy, chemical
sensing, and bioimaging. Spatial distributions of optical fields are critical for optimizing their …

Coupling to metal nanoparticles can increase the fluorescence intensity and photostability of
fluorescent probes, and this plasmon-enhanced fluorescence is particularly promising for …

Facile control of the radiative and nonradiative properties of plasmonic nanostructures is of
practical importance to a wide range of applications in the biological, chemical, optical …

The enhancement of fluorescence and Raman scattering by plasmonic nanostructures is
studied theoretically with special focus on the effects of the observed molecule's properties …

Plasmonic nanoantennas provide powerful tools in enhancing light–matter interactions by
linking propagating far fields with localized near fields. Microscopic understanding on the …

Through wet-chemical assembly methods, gold nanorods were placed close to each other
and formed a dimer with a gap distance~ 1 nm, and hence degenerated plasmonic dipole …

The control and application of surface plasmons (SPs), is introduced with particular
emphasis on the manipulation of the plasmonic wavefront and light–matter interaction in …

Fluorescent molecules are highly susceptible to their local environment. Thus, a fluorescent
molecule near a plasmonic nanoparticle can experience changes in local electric field and …

Plasmonic nanostructures and carbon dots (C-dots) are fascinating optical materials, utilized
in imaging, sensing, and color generation. Interaction between plasmonic materials and C …