Highly confined vectorial electromagnetic field distributions are an excellent tool for detailed
studies in nano-optics, such as nonlinear microscopy, advanced fluorescence imaging, or …

Angstrom precision localization of a single nanoantenna is a crucial step towards advanced
nanometrology, medicine, and biophysics. Here, we show that single nanoantenna …

Since the development of Lorenz–Mie theory describing the electromagnetic scattering of a
plane wave by a homogeneous spherical particle, light scattering theories (and applications) …

Following Mie theory, nanoparticles made of a high‐refractive‐index dielectric, such as
silicon, exhibit a resonator‐like behavior and very rich resonance spectra. Which electric or …

Generalized Lorenz‐Mie theories form a set of analytical approaches dealing with the
interaction between electromagnetic arbitrary shaped beams and a class of particles …

Multipolar electromagnetic phenomena in subwavelength resonators are at the heart of
metamaterial science and technology. In this Rapid Communication, we demonstrate …

Microsphere-based microscopy systems have garnered lots of recent interest, mainly due to
their capacity in focusing light and imaging beyond the diffraction limit. In this paper, we …

Orbital angular momentum and polarization states of highly focused vector vortex beams
can be engineered to selectively excite the desired multipoles in nanoparticles, making them …

Nonradiating current configurations have been drawing the attention of the physics
community for many years. It has been demonstrated recently that dielectric nanoparticles …

The optical theorem, which is a consequence of the energy conservation in scattering
processes, directly relates the forward scattering amplitude to the extinction cross-section of …