We describe a fluctuating volume-current formulation of electromagnetic fluctuations that
extends our recent work on heat exchange and Casimir interactions between arbitrarily …

During the last two-three decades the importance of computer simulations based on
numerical full-wave solutions of Maxwell's has continuously increased in electrical …

We present a broadband multilevel fast multipole algorithm (MLFMA) for fast and efficient
solutions of three-dimensional multiscale problems involving large objects with dense …

This chapter is dedicated to the general volume-discretization method, known as the
discrete dipole approximation (DDA). The main DDA equations are presented for local non …

We present simple and stable formulas for computing power (including absorbed/radiated,
scattered and extinction power) in current-based volume integral equation formulations. The …

Skeletonization is employed to accelerate the multilevel fast multipole algorithm (MLFMA)
solution of the method of moments matrix system arising from volume integral equations …

We study the strongly singular volume integral equation that describes the scattering of time-
harmonic electromagnetic waves by a penetrable obstacle. We consider the case of a …

We present a massively-parallel solver for large Helmholtz-type inverse scattering problems.
The solver employs the distorted Born iterative method for capturing the multiples-cattering …

A coupled system of volume integral and hydrodynamic equations is solved to analyze
electromagnetic scattering from nanostructures consisting of metallic and dielectric parts. In …

The electric and magnetic current volume integral equation formulation is developed for the
electromagnetic scattering analysis of arbitrarily shaped 3-D bianisotropic objects. The …