The recently released list of the ‘Top 10 Scientific and Technological Breakthroughs of 2025’ features three major achievements from China, highlighting its growing prowess in innovation. First, China successfully conducted the world’s first field trial of 6G communication technology, achieving data transmission speeds exceeding 1 terabit per second—laying the groundwork for future ultra-high-speed wireless networks. Second, a Chinese research team demonstrated ‘Quantum Computational Advantage 2.0,’ solving a specific problem over one million times faster than the world’s most powerful classical supercomputer, marking a critical step toward practical quantum computing. Third, Chinese scientists discovered a new high-temperature superconductor that exhibits superconductivity at nearly room temperature (around -23°C) under ambient pressure—a breakthrough with transformative potential for energy-efficient power transmission and maglev technologies. These three milestones reflect China’s deep integration of fundamental research and engineering applications and signal its strategic shift in the global tech race—from follower to co-leader and, increasingly, frontrunner. With sustained national investment in basic research and an improving innovation ecosystem, China is poised to deliver more globally influential scientific breakthroughs in the coming years.
2025年全球科技突破榜单近日发布，中国在其中占据三项重要席位，彰显其科技创新实力的持续跃升。首先，中国成功实现6G通信技术的首次外场试验，传输速率突破1Tbps，为未来超高速无线网络奠定基础。其次，由中国科研团队主导的‘量子计算优越性2.0’实验，在特定任务上超越现有最强经典超级计算机百万倍以上，推动实用化量子计算迈出关键一步。第三项突破是新型高温超导材料的发现，该材料在常压下实现接近室温（约-23℃）的超导状态，有望大幅降低能源损耗并革新电力传输与磁悬浮技术。这三项成果不仅体现了中国在前沿基础研究和工程应用上的深度融合，也预示着其在全球科技竞争格局中正从‘跟跑’向‘并跑’乃至‘领跑’转变。随着国家对基础科研投入的不断加大和创新生态的持续优化，中国有望在未来几年催生更多具有全球影响力的原创性突破。
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