来自海内外的科学家、教育家和企业家围绕“范式变革:科学突破的下一个十年”主题探讨前沿科学发展
2026世界顶尖科学家论坛31日在上海临港开幕,聚焦“范式变革:科学突破的下一个十年”。现场举行了顶科奖颁奖典礼,英格丽·多贝西、袁钧瑛、王晓东等中外科学家获奖。
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世界顶尖科学家论坛是由世界顶尖科学家协会发起、上海市人民政府等主办的年度国际科学盛会。
中新网上海10月31日电 (李姝徵 杨海燕 郑莹莹)2026世界顶尖科学家论坛31日在上海临港举行开幕式。来自海内外的科学家、教育家和企业家围绕“范式变革:科学突破的下一个十年”主题,探讨前沿科学发展与国际科技合作。
本届论坛于10月30日至11月1日举行,设置未来半导体、生物医药、空天信息、人工智能、未来能源、量子科学六场平行论坛,并举办青年科学家交流、女性科学领导力等主题活动。
人工智能加速科学发现,科学家如何携手应对变革,成为开幕式上的关注点。纽约科学院院长兼首席执行官杜宁凯表示,科学新范式不仅意味着新工具和新发现,也关乎合作方式的变化。未来十年的关键,不仅在于人类将发现什么,更在于能否携手开展探索。他呼吁科学界保持开放,在信任基础上共享知识、加强交流,共同应对人工智能治理、气候变化、能源等挑战。
开幕式现场举行了2026世界顶尖科学家奖颁奖典礼。杜克大学英格丽·多贝西获“智能科学或数学奖”,以表彰她在应用调和分析、小波理论与图像压缩领域的杰出贡献,以及在国际数学界的领导作用。
“生命科学或医学奖”由袁钧瑛、王晓东、邵峰和维什瓦·迪克西特共同获得。他们的研究阐明了多类程序性细胞死亡的分子通路,为理解相关生理功能与疾病发生机制提供了重要基础。
今年首次设立的“青年科学家奖”授予拉斐尔·朱丽叶·克莱芒、陈培宁、丁世谦、吴佳俊、谢伟迪和庄梓铨六位青年学者。
2013年诺贝尔化学奖得主迈克尔·莱维特在总结发言中表示,从小波理论到细胞死亡机制,许多研究始于科学家对基础问题的好奇,实际应用可能在数十年后逐渐显现。人工智能正让科研人员更快地检验构想,而提出高质量科学问题愈发重要。他鼓励青年科研工作者把握与前辈交流的机会,勇于提问,在尝试与失败中继续探索。

The 15th five-year archaeology work plan prioritizes advanced technologies like AI and remote sensing, while expanding international research partnerships across the Silk Road, Himalayan regions, and Austronesian-speaking areas.
The "Intelligent Eye" vegetation health intelligent agent developed by the Aerospace Information Innovation Institute of the Chinese Academy of Sciences was released in Beijing on the 31st. This agent combines AI technology and aerospace information to provide scientific and technological support for global food, biological and ecological security.

Sungkyunkwan University president Yoo Ji-beom states that the West is giving way to Asia in applied technology, driven by intense competition for global research talent in China, Japan, and South Korea.

Zhang Qiang, an academician of the Chinese Academy of Engineering, said in Lanzhou on the 30th that scientific research must be oriented to the international frontier and serve national development. His team proposed the concepts of "anti-evaporation paradox" and "ultra-thick boundary layer", challenging the mainstream international views, and has long-term roots in the northwest to serve drought meteorological disaster reduction.
Scientific research teams such as the Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences have developed a new generation of non-invasive ultrasound brain-computer interface technology. This technology does not require craniotomy or electrode implantation, and uses ultrasound to directionally intervene in millimeter-level targets. It has been applied to clinical intervention research on patients with epilepsy, depression, and chronic disorders of consciousness and has made progress.
The China Institute of Atomic Energy, in collaboration with a number of universities, used the SG-II laser device to completely demonstrate the process of nanoflares heating the corona through magnetic reconnection in the laboratory for the first time, providing a key quantitative benchmark for solving the major problem of "coronal heating" in astronomy.