A strong intrinsic signal is advantageous over labeling for optical detection of nanoparticles.
Intense scattering and absorption by the surface plasmon resonance, which exceeds …

We combine the fabrication of Au and Au/Ag core/shell nanorods (NRs), as well as
experimental measurements of vis-NIR extinction, unpolarized, and cross-polarized light …

The T-matrix approach is used to elucidate the influence of the dielectric function of gold
nanorods on their optical response. On the basis of extensive and systematic numerical …

The properties of gold and silver nanorods and nanodisks with geometric parameters typical
of wet chemical fabrication protocols were investigated. With an extended-precision T-matrix …

The experimental depolarized light scattering ratio IVH/IVV of plasmonic nanorods is
strongly decreased by a co-polarized contribution from impurity particles inevitably …

Simulations using the transition matrix approach are implemented for spherical gold
nanodisks (AuNDs) to obtain insights into their plasmonic properties. We systematically …

Based on systematic numerical simulations, the effect of geometrical parameters of SiO 2@
Au core-shells (nanoshells) on the tunability and sensitivity of their optical response was …

Gold nanorods have a strongly polarized light at their longitudinal plasmon frequency that
can be utilized to characterize colloidal gold nanorods and monitor their rotational dynamics …

A method is proposed for reading sub-diffraction-limited recording marks to achieve higher-
density optical data storage. We utilize polarization rotation of light reflected from a recording …