Group 1 - The Fourth National Metamaterials Conference was held in Shenzhen, Guangdong, attracting nearly 3,000 technology workers from universities, research institutes, and leading enterprises to discuss the latest developments and future trends in the metamaterials field [1] - Metamaterials are identified as a strategic emerging industry, with significant implications for material science and various industry transformations. Despite notable achievements in basic research, challenges remain in transitioning from theory to practical applications and from laboratory to industrialization [1] - Liu Ruopeng, Chairman of Guangqi Technology, emphasized the need for "bottom-level reconstruction" to drive systematic changes in traditional industries, highlighting the importance of disruptive innovation across the entire supply chain for successful cross-domain applications of metamaterials [1] Group 2 - Guangqi Technology has made significant breakthroughs in the design, preparation, and testing of metamaterials, successfully applying these technologies in advanced manufacturing sectors and achieving large-scale production and market application [2] - The company has overcome 10 key technological bottlenecks in the new generation of aviation equipment, achieving domestic substitution of core processes. Over the past three years, the total contract amount for metamaterial aviation structural products disclosed by Guangqi Technology has exceeded 4.6 billion yuan [2] - Guangqi Technology has established a comprehensive industrialization system covering the entire lifecycle of metamaterials, creating a complete closed-loop industrial chain from theoretical design to performance testing, providing a replicable model for the engineering application of metamaterial research results in China [2] Group 3 - Liu Ruopeng's team at Guangqi Technology was awarded the "Metamaterials Large-Scale Production Technology" award at the conference [3]

Group 1 - The Fourth National Metamaterials Conference was recently held in Shenzhen, attracting nearly 3,000 technology workers from universities, research institutes, and leading enterprises to discuss the latest developments and future trends in the metamaterials field [2] - Metamaterials are created through micro-nano lithography to achieve "artificial molecular structures," enabling the editing of "artificial substances" that surpass natural materials, showcasing extraordinary performance in electromagnetic, acoustic, and mechanical fields [2] - Liu Ruopeng, a pioneer in the industrialization of metamaterials in China, has successfully promoted the large-scale application of this technology in advanced equipment, significantly enhancing the core performance of such equipment [2] Group 2 - This year is considered a critical year for the transition of metamaterials from academic research to industrial development [3] - Liu Ruopeng proposed the "bottom-level reconstruction" theory, emphasizing that metamaterials, as a foundational technology, require systematic transformation of traditional industries for broader market applications [3] - To achieve cross-domain applications, metamaterials need disruptive innovations across the entire industrial chain, including raw materials, middleware, product design, and process flows, tailored to the differentiated needs of various industries [3]