This statement that China has gradually become a world power is not unfounded. Although we are not as good as the first country in some technologies, we are still at the forefront. We are even ranked first in the world in some technologies. For example, our country is currently at the forefront of the world in research and development of graphene-related technologies, and is far ahead of other developed countries such as the United States, Japan, and South Korea, and in terms of its applications, chemical energy storage and electronic devices, we are Among the most important application fields, the application prospects of graphene in lithium-ion batteries have attracted worldwide attention, and my country's graphene research and development enthusiasm continues to rise and ranks first in the world. Graphene is the thinnest, hardest, and most thermally conductive material known in the world. People call it a material that will change the world. Countries around the world have listed graphene research as a national strategic plan and continue to increase its efforts. Investment in the research and development of graphene. Since the various functions of graphene were gradually discovered, China's major scientific research institutions have been closely following the cutting-edge scientific steps to get involved in graphene research. For example, Tsinghua University, University of Science and Technology of China, Shenyang Institute of Metal Research, Chinese Academy of Sciences, Beijing Institute of Physics, Chinese Academy of Sciences, Ningbo Institute of Materials, Chinese Academy of Sciences, Shanxi Coal Chemistry, Chinese Academy of Sciences, and many other university research institutes have established relevant research groups, invested a lot of money, introduced many returnee talents, and strengthened my country's understanding of the field of graphene. Research and exploration, and achieved a lot of results. Scientists from the Massachusetts Institute of Technology in the United States have discovered that under certain circumstances, graphene can be converted into a topological insulator with unique functions. In addition, mass production and large-scale production are factors that hinder the large-scale commercialization of graphene, and my country's Research results have overcome these two major problems, and the manufacturing cost has dropped from 5,000 yuan per gram to 3 yuan per gram, solving the problem of mass production of this material. In 2019, my country has grown into a major contributor to global graphene patents and the country with the most active applications. , for example, the total number of patents applied by Chinese applicants accounts for 71.61 of the world's total, which is much higher than that of the United States at 9.21 and South Korea at 9.07, and the application activity is also much higher than other countries. Although China has a lot of graphene research and development, there is a problem of too much and not good. From the two aspects of graphene’s application patent technology and its end products, my country’s research on graphene application technology continues to grow, mainly focusing on energy storage electronic devices, water treatment, gas treatment, chemical industry, medical testing, aviation, Aerospace etc. Although China has high academic influence in the field of graphene, Singapore, Australia, the United States, and Germany are in the leading position in terms of the number of times relevant papers have been introduced, especially the United States in terms of corporate performance paper influence and patent layout. They are much better than our country in other aspects. Therefore, from the perspective of R&D activities, although our country has many, the quality is not particularly high. Industry recognition, impact of results, and R&D investment efficiency need to be further improved, and ours in China The graphene industry ecology also needs a gradual transformation from quantity to quality.