Fundamental quantum electrodynamical (QED) processes, such as spontaneous emission
and electron-photon scattering, encompass phenomena that underlie much of modern …

A comparative study on the structural and magnetic properties of highly ordered hexagonal
arrays of Co nanoholes, nanowires, nanopillars and nanotubes, with tuned pore/wire/tube …

This chapter provides an overview of the various techniques for the growth and
characterization of magnetic thin films and nanostructures. The chapter is divided broadly …

Arrays of Permalloy antidot thin films have been prepared by sputtering onto hexagonally
ordered anodic alumina templates. Geometry parameters of antidot arrays have been …

Artificial spin ice structures which are networks of coupled nanomagnets arranged on
different lattices that exhibit a number of interesting phenomena are promising for future …

We propose a theoretical design for a magnetic memory cell, based on thin-film
ferromagnetic nanorings, that can efficiently store, record, and read out information. An …

The effects of shape and geometry of antidot (square, bi-component, and wave-like) lattices
(ADLs) on the magnetization reversal processes and magnetic anisotropy has been …

The paper presents a micromagnetic solver, where the long-range contributions to the
magnetostatic field are computed by a multipole expansion technique and the spatial …

In the present study, the magnetization reversal of 2-D rectangular array of soft magnetic
permalloy thin truncated conical disks is simulated by using micromagnetic modeling. The …

Magnetic hysteresis processes of hexagonal arrays of permalloy antidots have been studied
by means of micromagnetic simulations as a function of geometrical parameters. The ideal …