
首届滇池国际复杂科学会议暨宇称不守恒定律发现70周年前沿物理会议于10月16日至17日在昆明举行,昆明国际复杂科学中心同步揭牌。会议由上海交通大学、清华大学等高校及科研机构专家学者参加,云南省委书记王宁、省长王予波出席并致辞,强调推动科技创新与产业融合,培育新质生产力,支持基础研究和成果转化。
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1956年,李政道、杨振宁提出宇称不守恒理论,次年共同获得诺贝尔物理学奖。两位科学家的学术起点是抗战时期在昆明办学的国立西南联合大学。本次会议选址昆明,旨在传承西南联大科学精神,推动基础研究和区域创新。
中新网昆明10月18日电 (记者 陈静)首届滇池国际复杂科学会议——宇称不守恒定律发现70周年前沿物理会议10月16日至17日在昆明举行,昆明国际复杂科学中心同步揭牌。上海交通大学、清华大学等高校,科研机构专家学者,企业家代表等240余名国内外嘉宾参会。
中共云南省委副书记、昆明市委书记刘洪建(右)与上海交通大学校长丁奎岭院士共同为昆明国际复杂科学中心揭牌。主办方 供图
1956年,李政道、杨振宁提出宇称不守恒理论,并于次年共同获得诺贝尔物理学奖。两位科研先辈共同的学术起点,正是抗战时期在昆明办学的国立西南联合大学。此次会议选址昆明,旨在赓续西南联大科学文脉、深化区域科技创新协作、更好促进基础研究发展,为提高原始创新能力、建设创新型云南贡献力量。
中共云南省委书记王宁出席开幕式,并与参会嘉宾见面交流,介绍全省经济发展、民生建设、科技创新等领域取得的新成效。
会前,王宁对办好会议提出要求,全省各地区各部门要推动科技创新和产业创新深度融合,聚焦全省重点产业和关键领域开展科技攻关,加强与国家级平台、知名高等院校、重点企业合作,积极引导和支持头部企业在滇布局研发中心,持续办好腾冲科学家论坛,强化人才培养引进,提升基础研究水平,把科技成果用到产业上、用到企业上,培育发展新质生产力,以高质量科技供给支撑高质量发展。
中共云南省委副书记、省长王予波在致辞中表示,云南正大力实施科教兴滇、人才强滇战略,加快推进创新型云南建设。广大科学家、企业家是云南高质量发展的“最强大脑”和“最佳合伙人”,希望以此次会议为契机,与各方在加强基础研究、促进成果转化、引培科技人才、构建创新生态等方面深化务实合作,推动更多前沿思想在云南碰撞、更多优秀团队在云南发展、更多创新成果在云南落地,为在中国式现代化进程中开创云南发展新局面不断注入新动能。
上海交通大学李政道研究所所长张杰院士、清华大学杨振宁高等研究院院长段文晖院士致辞,诺贝尔物理学奖评奖委员会前主席马茨·拉尔森作主旨演讲,介绍相关领域和机构科研成果,表示要传承弘扬科学精神,在思想碰撞与学术共进中,推动基础前沿探索与科技成果转化双向赋能;鼓励年轻科学家涵养科学志趣,勇闯科学“无人区”,不断提升基础研究和原始创新能力。
中国科学技术大学常务副校长潘建伟院士、中国科学院高能物理研究所前所长王贻芳院士作学术报告。
会上,昆明国际复杂科学中心正式揭牌。该中心由昆明市人民政府与上海交通大学共建,瞄准人工智能驱动科学发现的范式变革,立足云南生物多样性、高原生态、跨境系统等特色资源,开展复杂科学基础交叉研究与AI for Science产业应用研究;依托面向南亚东南亚的区位优势,推行科学家双聘等人才交流机制,构建面向南亚东南亚的人才培养与科学传播体系,促进成果就地转化,致力于建成具有国际影响力的AI for Science与复杂科学研究高地。(完)
AI outlook — possibilities, not facts
昆明国际复杂科学中心将在未来一年内启动首批AI for Science产业应用研究项目
Likely · Within months
云南省将在未来两年内增加对基础研究的投入力度
Possible · Within years

Wan Fengyi, a professor at Johns Hopkins Bloomberg School of Public Health, has returned to China and taken a chair professorship at Zhejiang University in Hangzhou, where he is based at a national laboratory developing intravascular devices. He is among at least five senior scientists from leading US institutions who have joined Zhejiang University full-time this year.

The 2026 Taiwan Science Circle Island Train departed from Taipei Main Station on the 19th, with the theme of "As soon as the door opens, the future unfolds", a six-day scientific journey across Taiwan was launched. 170 students from national high schools and junior colleges served as carriage gatekeepers, leading elementary school students to conduct hands-on experiments to learn about new technologies such as semiconductors, space technology, and smart medical care. Wu Chengwen, chairman of the National Science Council, said that the popular science train aims to cultivate young generations to become disseminators of popular science knowledge, stimulate curiosity and creativity, and accumulate new blood in scientific research for the country's sustainable development.

The National Extremely Weak Magnetic Technology and Application Standardization Working Group was established in Hangzhou, with Fang Jiancheng as the chairman. The working group aims to promote the standardization of scientific research results in extremely weak magnetic technology, build a standard system covering basic terminology, measurement methods and medical applications, and enhance China's international voice in this field.

The 2026 World Congress of Traditional Medicine was held in Beijing. A team from Tsinghua University and Huazhong University of Science and Technology released the AI-powered microscopy imaging system RUSH3D-HR. For the first time, this system realizes the visualization of the anti-inflammatory mechanism of acupuncture in vivo, and provides scientific basis for the efficacy of acupuncture by observing the dynamics of neutrophils in the spleen of mice.

During the 4th "Liangzhu Forum", the archaeological team revealed that a group of high-level buildings dating back 5,000 years were discovered on the east side of the Fanshan King's Tomb in the ancient city of Liangzhu. Through the remains of 120 pillar holes, the team restored three prehistoric buildings, speculating that they may be related to the early mausoleum system and sacrificial rituals.

The fourth annual meeting of the Intelligent Scientist Ecological Alliance was held in Hefei on the 18th, at which the Machine Scientist 2.2 system was officially released. The system integrates large models and scientific research robots, integrates a large number of scientific research facilities and models, and aims to empower the innovation of scientific research paradigms in fields such as biomedicine and new energy.