Chirality and homochirality phenomena have existed in nature from the beginning of earth lives in forms varying from microscopic living organisms (e.g., helical bacteria) to macroscopic objects (e.g., sea shells) . The research on molecular chirality and its control has been among the most active areas in science and technology for several decades . Accordingly, circularly polarized light and optical rotation have been the key reflection for evaluating the performance of chiral molecules and targets. In advanced materials, mainly in those pertinent to circularly polarized luminescence (CPL), significant progress has been achieved in controlling optical properties related to radar, lasers, optical fibers, and wireless fiber telecommunications . More efficient displays and optical storage devices, probes, and sensors have also been designed and developed in the past several years .