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1 Introduction Topology plays a pivotal role in modern physics. Special topological structures, such as singularities [1, 2], knotted fields [3, 4], skyrmions [5-7], and Möbius strips [8, 9], have grown increasingly prevalent in research across diverse fields, including fluid dynamics [10, 11], magnetism [12], optics [13], and quantum physics [14]. Among these structures, skyrmions represent a class of topological entities that manifest as quasiparticles.
Jing He and Chengda Song contributed equally to this work. J.He, C.Song, W.Li, F.Sun, and G.Yuan, “Subdiffraction Confinement and Non-Diffractive Propagation of Optical Stokes Skyrmions Enabled by a Super-oscillatory Metalens.” Laser & Photonics Reviews (2026): e03051. https://doi.org/10.1002/lpor.202503051 Conflicts of Interest The authors declare no conflicts of interest.
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