In this work, a new hybridization of superconducting and ferromagnetic orders is
demonstrated, promising for magnonics. By measuring the ferromagnetic and spin wave …

The vortex-vortex interaction potential in bulk superconductors is calculated within the
Ginzburg-Landau (GL) theory and is obtained from a numerical solution of a set of two …

The possibility of manipulating vortex matter by using various artificial pinning arrays is of
significant importance for possible applications in nano and micro fluxonics devices. By …

Domain evolution of a single crystalline BaTiO 3 thin film, initially possessing two vortex-
antivortex pairs, placed under compressive displacement loading with a constant strain rate …

Using advanced three-dimensional simulations, we show that an Abrikosov vortex, trapped
inside a cavity perpendicular to an artificial Josephson junction, can serve as a very efficient …

In-plane ferromagnetic bars, densely packed in a linear array underneath a superconducting
bridge, create two types of vortex chains of opposite polarity inside the superconductor. In …

In type II superconductors, an external magnetic field can partially penetrate into the
superconducting phase in the form of magnetic flux lines or vortices. The repulsive …

The processes of magnetization reversal by the transport current self-field of a high-
temperature superconductor sample with ferromagnetic particles as defects in the presence …

Superconducting vortices and magnetic domain patterns' evolution in the superconductor-
ferromagnet (SC/FM) hybrid bilayer are investigated within the Ginzburg—Landau (GL) …

Individual bound and stable vortex–antivortex (V–AV) pairs in type II superconductors have
been imaged using the novel variant of magnetic scanning transmission x-ray microscopy at …