我国科普工作发展道路的本质特征与实践路径探析
An analysis of the essential characteristics and practical path of the development path of popular science work in China
叶征 1杨昊隆1
作者信息
摘要
通过简要回溯近现代我国科普工作的发展历程,总结我国科普工作对于提升公民科学素质、赋能中国式现代化建设的积极促进作用,同时指出新时代我国科普工作存在的不足之处.结合中国式现代化和我国科普工作两者相互关系的分析,对我国科普工作发展道路的本质特征进行了初步探讨,认为当前我国科普工作的重点任务是促进全面提高国民科学素质,助力实现中国社会经济的高质量发展.结合对当前我国科普工作发展现状的细致梳理,进一步探析我国科普工作发展道路的实践路径,认为当代我国科普工作应始终坚持党的领导,积极推动科普工作与科学教育有机结合,大力弘扬科学家精神,整合各创新主体的科技资源,打造具有中国特色的大科普工作格局.
Abstract
A brief review was conducted of the development process of popular science work in modern China,and the significance of popular science work in enhancing the scientific quality of citizens was discussed.It can actively promote the construction of Chinese-style modernization,and at the same time point out the shortcomings of Chinese science popularization work in the new era.Combined with the analysis of the relationship between Chinese-style modernization and Chinese science popularization work,and the essential characteristics of the development path of Chinese science popularization was preliminary discussed.It is believed that the key task of Chinese science popularization is to promote the overall improvement of national scientific quality and help realize the high-quality development of Chinese social economy.Based on the detailed analysis of the current situation of the development of Chinese science popularization work,a more in-depth exploration was conducted on the practical path of Chinese science popularization work.It is believed that the contemporary Chinese science popularization work should always adhere to the leadership of the party,actively promote the organic combination of popular science work and science education,vigorously promote the spirit of scientists,integrate the scientific and technological resources of various innovative subjects,and create a large popular science work pattern with Chinese characteristics.
关键词
中国式现代化/科普/全民科学素质/高质量发展Key words
Chinese path to modernization/Science Popularization/Public Scientific Literacy/High-quality Development引用本文复制引用
出版年
2024
NETL
NSTL
万方数据