Topological states of matter induced by spatially-modulated fields

在上一个财政年度，我的研究成果有3篇出版物，1篇被接受的论文，6篇会议口头发言，4篇研究机构的邀请研讨会。在科学上，主要成果有：我们证明了通过空间调制场编织Majorana模的可能性，利用Majorana模局域在离散的一维阵列中;我们提出了一种新的方法来操纵Majorana模在二维超导体中通过非均匀超导秩序;我们发展了一个新的框架来描述非平凡的Majorana模和其他类型的平凡模在一维超导体中;我写了一个扩展的评论，总结了该领域的主要成就，希望能为未来的研究提供启发。

In this last fiscal year, my research resulted in 3 publications, one accepted paper, 6 oral contributions to conferences, and 4 invited seminars in research institutions. Scientifically, the main achievements were:We demonstrated the possibility to braid Majorana modes via spatially-modulated fields, employing Majorana modes localized in discrete 1D arrays.We proposed a novel way to manipulate Majorana modes in 2D superconductors via inhomogeneous superconducting order.We developed a novel framework to describe nontrivial Majorana modes and other kinds of trivial modes in 1D superconductors.I wrote an extended review on Majorana modes in topological superconductors, which summarizes the main achievements in the field and will hopefully serve as inspiration for future research.