Realising the promise of next-generation magnetic nanotechnologies is contingent on the
development of novel methods for controlling magnetic states at the nanoscale. There is …

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 …

Chirality and current-driven dynamics of topologically nontrivial 360° domain walls
(360DWs) in magnetic heterostructures (MHs) are systematically investigated. For MHs with …

Magnonic crystals (MCs) are prototype magnetic metamaterials designed for the control of
spin wave propagation. Conventional MCs are composed of single domain elements. If …

By micromagnetic simulations, we study the current-driven 360° domain wall (360DW)
motion in ferromagnetic nanostripe with an in-plane biaxial anisotropy. We observe the …

Spin–wave devices are regarded as one of the most promising candidates for future
computation and data processing. How to manipulate spin–wave propagation is a key issue …

We propose a mechanism for nucleation of 360∘ domain walls (DWs) on planar
ferromagnetic nanowires, of 100 nm width, by using circular magnetic fields, and find the …

Magnetic thin film wires with perpendicular magnetic anisotropy (PMA) containing domain
walls (DWs) have been proposed for magnetic logic and memory devices. Using …

We propose a mechanism for nucleation and high-density packing of 360 {\deg} domain
walls (DWs) on planar ferromagnetic nanowires, of 100 nm width, by using circular magnetic …