Using Kobayashi potential method, mathematical formulation and solution have been
provided for scattering from a perfect electromagnetic conducting (PEMC) strip buried under …

We present the analytical solution of multiple core-shell nanoparticles using the multiple
scattering theory. Plasmonic resonance from two and three core-shell nanoparticles is …

The core-shell kinds of nanoparticles are greatly useful in biomedical applications inclined
to targeted drug delivery, sensing, etc. The electromagnetic interaction characteristics of …

This manuscript studies the impact of non-integer dimensional (NID) space on cloaking and
magnification introduced through polarly radially anisotropic (PRA) cylindrical …

The objective of this paper is to study 'scattering of electromagnetic waves from a dielectric
circular cylinder buried in non-integer dimensional dielectric half-space'. To achieve this …

In this paper, we present an alternative representation of the wave equation in a conducting
material. We derive special solutions for the space-time derivatives using the Caputo …

The behavior of surface plasmon polaritons (SPPs) at a planar non-integer dimensional
dielectric-metal interface has been studied for the first time. The dimension of the interface is …

In present discussion, the idea of non-integer dimensional (NID) optoelectronics has been
investigated. For this purpose, a nano-size sphere of any material (plasmonic or non …

The investigation of core-shell nanoparticles has been greatly exciting in biomedical
applications, as this remains of prime importance in targeted drug delivery, sensing, etc. In …

This paper addresses studying the electrodynamics effects of a rotating constant voltage-
driven core-shell structure using the rest frame quasi-static theory in fractional dimensional …