According to the China Academy of Information and Communications Technology, China’s future industry innovation achievements are outstanding. The country’s research has proposed five typical 6G scenarios and 14 key capability indicators, all of which have been adopted by the International Telecommunication Union. The global market share of humanoid robots exceeds 80%. “China’s future industry sectors are gaining momentum and making breakthroughs in multiple areas, with broad and promising development prospects,” said Wang Zhiqin, Deputy Director of the China Academy of Information and Communications Technology. Currently, China’s quantum computing ranks among the top international tiers, becoming the only country in the world to achieve “quantum computational supremacy” in both photonic and superconducting mainstream technologies. The core technical indicators and patent holdings for non-invasive brain-computer interfaces are the highest in the world, with product applications expanding to motor function reconstruction, neurological disease treatment, space-human interaction, and other fields. Hydrogen production and consumption scale, as well as renewable energy hydrogen production capacity, remain the largest globally. Additionally, China continues to improve its policy system for future industries, accelerating innovation and openness in new application scenarios. Statistics show that about 20 provinces, including Beijing, Shanghai, Guangdong, and Jiangsu, have successively issued policies related to future industries. Eight provinces, including Beijing, Zhejiang, and Shandong, have built or cultivated 63 pilot zones for future industries, creating core hubs of industrial clustering and innovation linkage. Meanwhile, China’s future industry still faces many risks and challenges, such as insufficient original innovation capabilities, dependence on key core technologies, difficulties in transforming scientific achievements, and an immature innovation ecosystem. Wang Zhiqin believes that moving forward, it is essential to adopt a problem-oriented, systematic approach—addressing weaknesses, strengthening strengths, preventing risks, and enhancing advantages—to proactively cultivate and expand future industries. (Xinhua News Agency)
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Our country's future industrial innovation and tackling efforts have achieved remarkable results
According to the China Academy of Information and Communications Technology, China’s future industry innovation achievements are outstanding. The country’s research has proposed five typical 6G scenarios and 14 key capability indicators, all of which have been adopted by the International Telecommunication Union. The global market share of humanoid robots exceeds 80%. “China’s future industry sectors are gaining momentum and making breakthroughs in multiple areas, with broad and promising development prospects,” said Wang Zhiqin, Deputy Director of the China Academy of Information and Communications Technology. Currently, China’s quantum computing ranks among the top international tiers, becoming the only country in the world to achieve “quantum computational supremacy” in both photonic and superconducting mainstream technologies. The core technical indicators and patent holdings for non-invasive brain-computer interfaces are the highest in the world, with product applications expanding to motor function reconstruction, neurological disease treatment, space-human interaction, and other fields. Hydrogen production and consumption scale, as well as renewable energy hydrogen production capacity, remain the largest globally. Additionally, China continues to improve its policy system for future industries, accelerating innovation and openness in new application scenarios. Statistics show that about 20 provinces, including Beijing, Shanghai, Guangdong, and Jiangsu, have successively issued policies related to future industries. Eight provinces, including Beijing, Zhejiang, and Shandong, have built or cultivated 63 pilot zones for future industries, creating core hubs of industrial clustering and innovation linkage. Meanwhile, China’s future industry still faces many risks and challenges, such as insufficient original innovation capabilities, dependence on key core technologies, difficulties in transforming scientific achievements, and an immature innovation ecosystem. Wang Zhiqin believes that moving forward, it is essential to adopt a problem-oriented, systematic approach—addressing weaknesses, strengthening strengths, preventing risks, and enhancing advantages—to proactively cultivate and expand future industries. (Xinhua News Agency)