Magnonics with skyrmions

Skyrmions -纳米级拓扑保护自旋纹理，被认为是编码和传输信息的理想人选。然而，这一新兴的研究领域也面临着所有自旋电子学概念所面临的同样的限制——移动摩天轮所需的高电流。磁振学是另一种新兴的方法，其主要目的是研究磁性纳米结构中自旋波的行为。从本质上讲，自旋波是一种传播的重新排序的磁化，因此使用最少的能量，使它们成为驱动摩天大楼的完美选择。这个项目融合了skyrminions和magnetics。中心目标是制定模型的磁振子辅助操作的天空和他们的格子。

Skyrmions – nanoscale topologically protected spin textures, are considered as ideal candidates for encoding and transmitting bits of information. This burgeoning research field, however, suffers from the same limitations of all spintronic concepts – the high currents needed to move skyrmions. Magnonics is yet another emerging approach, which main aim is to investigate the behaviour of spin waves in magnetic nanostructures. In essence, spin waves are a propagating re-ordering of the magnetisation and therefore use the least amount of power, making them perfect for driving skyrmions. This project fuses skyrmions with magnonics. The central goal is the formulation of model for the magnon assisted manipulation of skyrmions and their lattices.