… The high field concentration in the narrow gap regions between nanospheres is clearly …
singular nature of interaction between nearly touching plasmonic nanospheres in an analytical …

… When plasmonic particles are in considerably close proximity, plasmon coupling occurs
because of the interacting resonance of the excited plasmon. It enables the hybridization of the …

… surprising given that the interaction of the van der Waals potential between two spheres at …
interaction between the plasmon modes of the two spheres and the van der Waals interaction …

… dipole plasmon coupling eq 1, we will be able to obtain a more general resonance condition
for Ag nanosphere dimers, which can be applied to a wide range of Ag nanosphere radius (…

… ) where ρ(ω) is the plasmon density of states of the film (light blue) and V(ω) is the interaction
between a nanosphere plasmon and a film plasmon of energy ω. Insets show geometries …

… different aspect ratios and curvatures and a trimer of nanospheres. We find that the plasmon
coupling between two elongated nanoparticles interacting head-to-tail decays according to …

… as the coherent interaction between the electromagnetic … determined by the coherent
interaction between the ED and … is determined by the coherent interaction between the MD m …

… For example, Au nanospheres of a plasmon wavelength of 550 nm have an index
sensitivity around 75 nm/RIU (refractive index unit) [38], while both Au nanorings with a …

… (33) The two scattering peaks of the heterodimer arise from the plasmon coupling between
the nanorod and nanosphere. When the nanosphere is moved from the end through the …

… , we present the plasmonic structure of a symmetric nanosphere trimer and quadrumer. The
nanoparticles used here each have a radius of 10 nm, bulk plasmon frequency of ω B = 9.5 …