The physics of phase transitions in two-dimensional (2D) systems underpins research in
diverse fields including statistical mechanics, nanomagnetism, and soft condensed matter …

Topological magnetic (anti) skyrmions are robust string‐like objects heralded as potential
components in next‐generation topological spintronics devices due to their low‐energy …

Topologically stable field configurations appear in many fields of physics, from elementary
particles to condensed matter and cosmology. Deep physical relations and common …

Magnetic skyrmions are localized non-collinear spin textures, characterized by an integer
topological charge. Commonly observed in thin systems as two-dimensional sheets, in three …

In this work, we have explored the dynamic properties of a Bloch Point singularity confined
in a diameter-modulated magnetic nanowire. By means of micromagnetic simulations, we …

Research into practical applications of magnetic skyrmions, nanoscale solitons with
interesting topological and transport properties, has traditionally focused on two dimensional …

Various properties and potential technological applications of magnetic skyrmions have
stimulated a flourishing interest in topological spin textures. Among them, biskyrmions with a …

I overview the properties of nonaxisymmetric isolated skyrmions (ISs), which arise within a
cone phase of cubic helimagnets. The nascent conical state is shown to shape skyrmion …

Magnetic skyrmions in bulk materials are typically regarded as two-dimensional structures.
However, they also exhibit three-dimensional configurations, known as skyrmion tubes, that …

Two-dimensional skyrmion, a topological spin texture, has been extensively investigated in
non-centrosymmetric magnets. It is thermodynamically stable in bulk materials and can …