Successful construction of new graphene macroscopic bodies

Abstract A research team from the "Energy Materials Chemicals" group, led by Professor Qiu Jieshan from the School of Chemical and Environmental Life Sciences at Dalian University of Technology, has made a breakthrough in the development of advanced materials. Building upon previous studies, the team successfully created a super-light and highly elastic macroscopic graphene structure using an innovative technological approach. The findings were recently published in *Advanced Materials*, and due to their significance and novelty, they were also highlighted as a featured article in *Nature*.

This new graphene-based material exhibits remarkable properties such as ultra-low density, high porosity, and excellent mechanical performance. These characteristics make it highly promising for a wide range of applications, including energy storage, environmental protection, bioengineering, and shock absorption systems. Its potential to revolutionize multiple industries has drawn considerable attention from both researchers and industry professionals.

Industry experts have praised the study for its contribution to expanding the practical use of graphene-based macrostructures. Moreover, the research opens up new possibilities for the self-assembly of Other low-dimensional nanomaterials, such as carbon nanotubes, offering fresh insights into future material design.

The project was supported by several key funding sources, including the National Natural Science Foundation of China, the Ministry of Education's "Jiang Scholars" Award Program, and the "985" Talent Fund of Dalian University of Technology. This collaborative effort highlights the growing importance of interdisciplinary research in advancing next-generation materials science.