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Smart Photonic Materials
In article number 2204199, Bin Wang, Jinpeng Li, Guangdong Ying, and co‐workers construct a dual photonic bandgap structure to achieve flexible switching of intensity, wavelength, and direction of circularly polarized luminescence accompanied by ultra‐high asymmetry factor values. This work provides insights into the real‐time manipulation of circularly polarized signals by...
Currently, the smart photonic materials that can switch circularly polarized signals in real‐time have attracted extensive attention due to numerous potential applications in information storage and photonics displays. However, the dynamically reversible switching of circularly polarized signals requires precise structural reconfiguration, which is rarely achieved in traditional biomaterials. Herein,...