In optical particle characterisation and aerosol science today light scattering simulations are
regarded as an indispensable tool to develop new particle characterisation techniques or in …

A theory of the interaction between a radiating dipole and the plasmonic excitations of a
spherical metallic nanoshell in the quasistatic approximation is formulated. After a derivation …

We studied the photon spectrum in coated microspheres with alternating quasiperiodic
layers having left-handed (LH) materials included. It is found that the band gap (spectral …

We studied the frequency spectrum of photons in a multilayered microsphere coated by a
quasiperiodic (Fibonacci) dielectric stack numerically. We found that the transmittancy …

Nanotechnology is a new emerging and fascinating field of science. Its concepts have been
developing over the course of more than sixty years. Interestingly, people have been …

The influence of the local-field correction on the strong atom-field coupling regime are
investigated using the real-cavity model. The atom is positioned at the center of a multilayer …

The electric field created by a point dipole located in a dielectric void (“bubble”) is
calculated. We consider a continuous profile of the medium permittivity and find that, at large …

Radiation of a nanosource placed in a microsphere with a quasiperiodic subwavelength
spherical stack is studied. The spectral evolution of transmittance at the change of the …

We numerically investigate the optical transmission through a compound spherical stack
with conventional and metamaterial (MM) layers and also embedded MM defect. A formation …

We study numerically the frequency spectrum of light propagating through a multilayered
micro-sphere coated by an alternating sub-wavelength photonic bandgap stack with an …