Harmonic oscillation of spin structures is a physical phenomenon that offers great potential
for applications in nanotechnologies such as nano-oscillators and bio-inspired computing …

The non-trivial topology of magnetic structures such as vortices and skyrmions is considered
as a key concept to explain the stability of those structures. The stability, dictated by non …

We report the topology-mediated modulation of a twisted domain wall speed in a thick
perpendicularly magnetized system. By exploiting the topological robustness of the direction …

With topological spin texture, magnetic domain walls have soliton-like dynamic behaviors in
magnetic nanowires, which can be used in information transmission and storage …

Magnetic vortex has attracted attention in the field of information storage because their
topological spin structures with chiral bistable states. If the vortex core polarity and vortex …

Magnetic vortices have potential applications in the field of spintronics and medicine and
studying their magnetic interactions is crucial for future applications. This work introduces a …

In a nanodisk made of soft ferromagnet, the magnetic vortex structure are highly stabilized,
and the circulation directions of the vortices are naturally binary (either clockwise (CW) or …

Spin structures are the unique magnetization configurations in the magnetic medium. Due to
their intriguing physical properties, spin structures have attracted interest for development of …

铁磁纳米盘中的磁涡旋态因稳定性高, 并且其面内磁化的旋转方向具有天然的二向性(顺时针(
CW) 和逆时针(CCW)), 可以作为信息存储的一个比特单元而成为最**研究的热点 …

스핀 구조체는 자성체 내에 존재하는 독특한 자화 분포를 의미한다. 이러한 스핀 구조체는
차세대 정보 처리 및 저장 소자 개발에 응용 가능한 물리적 특성을 보여준다. 일반적으로, 스핀 …