近日，我院梅永丰教授团队的研究成果《微纳马达制备及催化运动机制》被2024年世界互联网大会领先科技奖收录成果集《科技之魅》基础研究组收录。
世界互联网大会领先科技奖作为国际性科技奖项，已连续举办八年，分为基础研究、关键技术、工程研发等三种类型，由两院院士领衔进行评审，每年约60项成果入选。我院的《微纳马达制备及催化运动机制》作为基础研究成果，首次采用集成电路工艺构建微纳管状马达，开创性地阐明了气泡驱动催化机制，为微纳机器提供了动力。研究团队的相关成果发表在包括Chem. Soc. Rev.、Adv. Mater.等高水平刊物上，显著提升了国际影响力。
IIINN's research: “Fabrication of Micro-Nano Motors and Catalytic Motion Mechanism”, was featured in The Charm of Technology, a collection of leading achievements at the 2024 World Internet Conference.
The achievement from Prof Yongfeng Mei’s team of our institute, “Micro-/Nano-Motors and Their Catalytic Locomotion Mechanism” was included in the collection of shortlisted achievements (basic research group) of 2024 World Internet Conference Awards for Pioneering Science and Technology, “Charm of Science and Technology”.
As an international science and technology award, the World Internet Conference Awards for pioneering science and technology has been held for eight years, which was divided into three groups: basic research, key technology, and engineering research and development. The evaluation is led by academicians of the Chinese Academy of Sciences and the Chinese Academy of Engineering, and about 60 results are selected every year. As a key technical achievement, our achievement “Micro-/Nano-Motors and Their Catalytic Locomotion Mechanism” used integrated circuit technology to construct micro/nano-tubular motor for the first time, pioneeringly clarified the bubble-driven catalytic mechanism and provided power for micro-/nano-machines. Relevant results of the research team have been published in high-level journals including Chem. Soc. Rev., Adv. Mater., etc., which have significantly increased the international impact.
撰稿：汪洋
校稿：程绍平
审核：黄高山