Xinghua Peng, Yegao Chen

(Wuhan University of Engineering)

Abstract：

The rapid development of quantum materials has a profound impact on human science and technology advancement. However, the research conditions of quantum materials are relatively harsh , which discourages a group of researchers who want to contribute to the development of quantum materials. This paper analyzes the methods of studying quantum materials from a chemical perspective by introducing the multiscale perspective of the chemical research of quantum materials. At the same time , based on the multiscale chemical research method , the possibility of lithium niobate crystal as a quantum material is analyzed. The discussion of the multiscale perspective of quantum material chemistry research in this paper has played a catalytic role in creating and screening quantum materials , studying the nature of the source of quantum effects, and evaluating the application prospects of quantum materials.

Key Words：

quantum materials; chemistry research; multiscale