恩格斯技术思想的内在逻辑与当代中国发展研究
The Internal Logic of Friedrich Engels's Technological Thought and the Study of Contemporary Chinese Development
刘焕明 1贾蓉1
作者信息
- 1. 江南大学马克思主义学院,无锡 214122
- 折叠
摘要
恩格斯技术思想是恩格斯自然辩证法的重要组成部分,也是马克思主义技术哲学的重要来源.从恩格斯技术思想的研究现状来看,一些西方学者存在误读的情况,包括夸大其与马克思技术思想的分殊、将其矮化为教条式意识形态理论、将其窄化为技术决定论的范畴等.恩格斯技术思想的内在逻辑是以实践为本体,其中既有对技术本质和发展规律的理解,也有对技术蕴含社会生活实践力量的探究.深化恩格斯技术思想的当代中国发展研究,在于以辩证哲学叙事赋予当代中国技术创新的实践底色,以系统思维观念提供技术要素协同共生的方法策略,以人本价值立场确立当代科技自立自强的使命任务,是中国式现代化技术实践的哲学基础和理论源泉.
Abstract
Friedrich Engels's thought of technology is an important part of Friedrich Engels's Dialectics of Nature,and also an important source of Marx-ist philosophy of technology.According to the present research situation of Friedrich Engels's technological thought,some western scholars have misread the situation,include exaggerating its differences from Marxism's technical thoughts,reducing it to a dogmatic ideological theory and narrowing it to a cat-egory of technical determinism.The internal logic of Friedrich Engels's thought on technology is based on practice,which includes the understanding of the essence of technology and the law of its development,as well as the exploration of the practical power of technology in social life.The contemporary Chinese development research that deepens Engels'technological thought focuses on enriching contemporary Chinese technological innovation with the practical essence through the narrative of dialectical philosophy,offering a methodological strategy for the symbiotic coexistence of technological elements based on systemic thinking,and establishing the mission and task for contemporary science and technology to achieve self-reliance and strength from a human-centric value perspective.This represents the philosophical foundation and theoretical source for Chinese modernization in technological practice.
关键词
恩格斯技术思想/内在逻辑/中国式现代化Key words
Friedrich Engels's thoughts on technology/internal logic/Chinese modernization引用本文复制引用
基金项目
国家社会科学基金中国历史研究院重大历史问题研究专项重大招标项目(2023)(23VLS013)
教育部中国特色社会主义理论体系研究专项(22JD710006)
出版年
2024
NETL
NSTL
万方数据