Current optical approaches to determine the chirality of either chemical (bio)molecules or artificial nanostructures relies upon free‐space illumination and detection schemes. In article number 1900422, J. Enrique Vázquez‐Lozano and Alejandro Martínez investigate the feasibility of generating and conveying chiral light through all‐dielectric waveguides. This would enable the realization of massive, low‐cost, portable, as well as multiplexed chiroptical applications, such as sensing or spectroscopy, in silicon‐based integrated photonic platforms.

中文翻译：

---

整形光谱学：通过全介电集成光子波导实现手性传感和光谱学（激光光子学，修订版14（9）/ 2020）

当前确定化学（生物）分子或人工纳米结构的手性的光学方法依赖于自由空间照明和检测方案。J. EnriqueVázquez-Lozano和AlejandroMartínez在编号1900422中研究了通过全介电波导产生和传输手性光的可行性。这将能够在基于硅的集成光子平台中实现大规模，低成本，便携式以及诸如按摩或光谱学之类的多物理治疗应用。