Circularly polarized luminescent-active small organic molecules with thermally activated delayed fluorescence properties

), the development of high-performance CP-TADF SOMs remains a critical challenge. This review highlights the recent research progress in this class of materials. It provides an overview of the design concepts, photophysical properties, chiroptical properties, and device performance for four categories of CP-TADF SOMs based on central, axial, planar, and helical chirality. Furthermore, the current challenges and future prospects are also discussed, with the aim of offering valuable insights for the design of high-performance CP-TADF materials.