Yan Weiqi
Yan Weiqi is a reporter for Guangming Daily who covered the recent advancements in topological physics through water waves. His article detailed the innovative research being conducted by a team of international scientists, emphasizing the implications for particle manipulation and the understanding of fluid dynamics.
Not in the pool (under ¢1).
Recent news mentions
Yan Weiqi reported on the advancements in brain-computer interface clinical trials.
脑机接口临床试验取得新进展 _光明网
China· 2025-12-20
Yan Weiqi contributed to the report on the sea-rail intermodal transport business in Shanghai.
上海海铁联运业务量突破100万标箱 _光明网China· 2025-12-07
Yan Weiqi is a reporter for Guangming Daily who contributed to the interviews in the article.
在服务中看见更开放的中国 _光明网China· 2025-11-09
Yan Weiqi reported on the release of the customs support measures for the cosmetics industry in Shanghai.
全国首个化妆品产业海关支持措施落地上海 _光明网China· 2025-07-03
Yan Weiqi is the head of the Shanghai reporter station, discussing the collaborative efforts in reporting.
【中国新闻出版广电报】改进文风，这家报社这样做…… _光明网China· 2025-06-03
Yan Weiqi is a journalist from Guangming Daily who reported on the developments in Shanghai's rural revitalization.
看，大都市的乡村这样绿色蝶变——上海积极践行“绿水青山就是金山银山”理念 _光明网China· 2025-04-04
Yan Weiqi is a journalist from Guangming Daily involved in covering industrial tourism.
当工业遇上旅游，解锁跨界融合“新风景” _光明网China· 2025-02-26
Yan Weiqi reported on the significant research breakthrough regarding Parkinson's disease.
科学家发现帕金森病全新治疗靶点--教育--人民网China· 2025-02-24
Yan Weiqi is a reporter from Guangming Daily who covered the story about the neighborhood management work station.
上海市静安区：“多格合一”促基层工作协同高效 _光明网China· 2025-02-24
Journalist Yan Weiqi reports on the groundbreaking research involving water wave topological structures.
水波成为探索拓扑物理的全新平台 _光明网China· 2025-02-12
Yan Weiqi is a journalist who reported on the groundbreaking research involving water wave topological structures.
水波成为探索拓扑物理的全新平台--教育--人民网China· 2025-02-12
Journalist Yan Weiqi reports on the groundbreaking research involving water wave topological structures.
水波成为探索拓扑物理的全新平台 _光明网China· 2025-02-12