Coupling of surface plasmons on metal nanoparticles with the electronic states of organic
chromophores is known to result in hybrid states having unique photophysical properties …

Plexcitonic nanohybrids are plasmonic–excitonic novel materials whose peculiar properties
are attracting considerable attention in photonics, solar cells, and sensing. These materials …

The ability to control the light–matter interaction in nanosystems is a major challenge in the
field of innovative photonics applications. In this framework, plexcitons are promising hybrid …

Strong coupling between plasmonic and excitonic systems creates new hybrid states
comprising upper (E+) and lower (E–) plexcitonic bands. On-demand switching of these …

Plexcitonic hybrids-comprised of metal nanoparticles and molecular aggregates-have
unique photophysical properties. Modulation of plextonic interactions to achieve strong …

Coupling between plasmons and excitons results in the emergence of novel spectroscopic
features directed by the interaction energy, eg, strong coupling results in the formation of …

Medium viscosity strongly affects the dynamics of solvated species and can drastically alter
the deactivation pathways of their excited states. This study demonstrates the utility of poly …

The relations for the polarizability of the metallic nanoparticles, coated with the shell of
cyanine dyes, are obtained in the article. The frequency dependencies for light absorption …

Colloidal plexcitonic materials (CPMs) are a class of nanosystems where molecular dyes
are strongly coupled with colloidal plasmonic nanoparticles, acting as nanocavities that …