The aforementioned work demonstrates the unique utilization of Baird aromaticity as a driving force to suppress vibrational behavior, resulting in enhanced luminescence in molecular instances. This has sparked interest among researchers, as it deviates from the more commonly studied NN-disubstituted pyridine structure. Then upon this assumption, Wang and coworkers designed a series of AIE molecules incorporating a diarylphenazine (DPZ) core (Figure and). As different aromatic groups are symmetrically grafted onto the NN axle arms, due to the RIM mechanism, the structure of DPZ derivatives in aggregate states display full-spectrum fluorescence ranging from deep blue to deep red (Figure ), spanning from the 250nm of most PZ skeletons to the 660nm of DTPABZPZ. Otherwise, they found the affinity of the groups with water likewise determines the characteristics of the AIE curve.