“Significant progress has been made in the study of self-assembly and stimulus response characteristics of liquid crystals, and scientists have successfully achieved flexible construction and dynamic manipulation of multi-level superstructures in near crystalline liquid crystals. This study investigated the manipulation of microstructure morphology and size by orientation field and spin coating conditions, validated the imaging function of microlenses, and achieved dynamic control of electrical stimulation through material optimization and introduction of stabilization strategies. Meanwhile, this study also explored the multidimensional regulation of chirality, light field, and thermal field on the superstructure, providing strong support for the practical application of liquid crystal superstructures.”