Topological spin textures with versatile configurations exhibit fascinating physical behavior
as high-efficiency information units. Recent observations of nontrivial spin textures in two …

The successful realization of skyrmion-based spintronic devices depends on the easy
manipulation of underlying magnetic interactions in the skyrmion-hosting materials …

Exploration and manipulation of topological protected magnetic swirls, such as skyrmion,
antiskyrmion, meron, and vortex, holds significance for fundamental research and practical …

The accurate determination of the Curie temperature (TC) is particularly important in
describing the magnetic behavior close to the paramagnetic-ferromagnetic (PM-FM) phase …

Magnetic and transport properties as well as magnetic domain structures have been
investigated in a hexagonal polycrystalline Mn 2.1 Fe 0.9 Sn compound. The in-situ …

The generation of topological spin textures under ultrafast laser pulse excitations and field-
free manipulation of topological transitions between different spin textures has attracted …

The optical control of magnetism offers an attractive possibility to manipulate small magnetic
domains for prospective memory devices on ultrashort time scales. Here, we report on the …

Exploring and discovering various types of skyrmions has enriched the fundamental study
and the active skyrmionics aiming at using skyrmions in spintronics due to the advantages of …

Laser induced switching offers an attractive possibility to manipulate small magnetic
domains for prospective memory and logic devices on ultrashort time scales. Moreover …

The exploration of non-collinear spin texture in the f-electron-based rare-earth magnets has
attracted fascinating interest for its fundamental physics and potential spintronic …