We learned from the Beijing High Pressure Research Center that Li Kuo's team, along with research teams from many universities such as Nankai University and Peking University, innovated and proposed a new strategy for high-pressure solid-phase topological polymerization to successfully synthesize carbon-coated single-metal atomic chains at the micron scale, with orderly arrangement of atoms, and a highly stable structure to achieve milligram batch preparation, breaking through long-standing technical bottlenecks in the field of preparation of low-dimensional metal materials. The relevant results were published in the international academic journal “Science”. In response to industry pain points, the research team selected beta-phthalocyanine copper as a reaction precursor to accurately control molecular spacing through high-pressure means. According to our understanding, this synthesis strategy has good versatility, can be extended to various metal systems such as cobalt, nickel, zinc, etc., and provides a new technical path for the development of novel low-dimensional functional materials.

We learned from the Beijing High Pressure Research Center that Li Kuo's team, along with research teams from many universities such as Nankai University and Peking University, innovated and proposed a new strategy for high-pressure solid-phase topological polymerization to successfully synthesize carbon-coated single-metal atomic chains at the micron scale, with orderly arrangement of atoms, and a highly stable structure to achieve milligram batch preparation, breaking through long-standing technical bottlenecks in the field of preparation of low-dimensional metal materials. The relevant results were published in the international academic journal “Science”. In response to industry pain points, the research team selected beta-phthalocyanine copper as a reaction precursor to accurately control molecular spacing through high-pressure means. According to our understanding, this synthesis strategy has good versatility, can be extended to various metal systems such as cobalt, nickel, zinc, etc., and provides a new technical path for the development of novel low-dimensional functional materials.