A nonlinear optical response to a new form of light, dubbed chiral topological light owing to its local chirality and global topological characteristics, is enabling unprecedented enantiosensitivity and robustness of chiro-optical spectroscopies as a result of structured light–matter interactions at deep subwavelength scales.

中文翻译：

---

扭曲的拓扑光照亮了分子手性


对一种新型光的非线性光学响应，由于其局部手性和全局拓扑特性而被称为手性拓扑光，由于深亚波长尺度的结构光-物质相互作用，使手环光学光谱具有前所未有的对映灵敏度和稳健性。