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

The Anderson transition driven by non-Hermitian (NH) disorder has been extensively
studied in recent years. In this paper, we present in-depth transfer matrix analyses of the …

Artificial intelligence is currently attracting unprecedented attention for its ability to tackle
hard problems with huge datasets, which have been rendered tractable by the giant …

Gratings of infinite wires make, perhaps, the simplest class of metasurfaces, which, however,
are utilized for a variety of different objectives in wave manipulation. Importantly, due to their …

Luneburg lens with flat focal surface has been developed to work together with planar
antenna feeds for beam steering applications. According to our analysis of the conventional …

We show that dielectric or even perfectly conducting cylinders can be cloaked by a uniform
or a layered dielectric cladding, without the need of any exotic or magnetic material …

In this paper, we develop numerical methods for using vector spherical and spheroidal
waves in the hybrid method to calculate the multiple scattering of objects of complex shapes …

Absorption and scattering of the impinging electromagnetic waves are the two fundamental
operations describing the energy exchange of any organic or inorganic particle with its …

Consider a cylindrical structure with an arbitrary core coated by layers with inhomogeneity in
both radial and azimuthal directions in the most general case. The core of the structure may …

Consider a cylindrical structure with an arbitrary core coated by a radially inhomogeneous
layer in a general case. The core of the structure may be PEC, PMC, PEMC, impedance …