摘要
借助文献计量学的方法回顾和分析了二十一世纪以来国外第二代认知科学研究的热点与未来发展趋势。结果发现,第二代认知科学研究的发文量呈指数型增长;基于洛特卡定律分析,第二代认知科学研究的高产作者较少;基于布拉福德定律分析,第二代认知科学研究的核心一区期刊平均发文61篇;语言、知觉和认知是第二代认知科学研究中最具流行趋势的主题;在第二代认知科学内部诸进路中,具身认知最具代表性;在第二代认知科学研究的地理合作视图中,美国的国际合作强度最大、发文量最多;基于情境认知的社会性学习及其认知神经机制的探索、基于具身认知的情绪及其认知神经机制的探索、以帕金森综合症为线索探索和检验具身认知理论是第二代认知科学研究未来的主要发展趋势。
The current study used the bibliometrics to review and analyze the hotspots and future development trends of the second-generation cognitive science abroad since the 21st century.The results found that the number of literatures published in the second-generation cognitive science was increasing exponentially.Based on Lotka’s law analysis,there are few high-yielding authors of the second-generation cognitive science research.Based on the analysis of Bradford’s Law,the core journals of the second-generation of cognitive science research in the first district publish an average of 61 articles.Language,perception,and cognition are the most popular themes in the second-generation of cognitive science.Among the internal approaches of the second-generation cognitive science,the embodied cognition was the most representative.In the geographical cooperation view of the second-generation cognitive science researches,the United States presents the greatest degree of cooperation and maximum number of publications.Exploring social learning based on the situated cognition and its cognitive neural mechanism,exploring the emotion and cognitive neural mechanism based on the embodied cognition,and exploring and examining embodied cognition theory represented by Parkinson’s disease are the main development trends of the second-generation cognitive science in the future.
作者
刘燊
韩逸雪
Liu Shen;Han Yixue(Department of Psychology,School of Humanities and Social Sciences,Anhui Agricultural University,Hefei 230036)
出处
《心理学探新》
北大核心
2023年第4期298-307,共10页
Psychological Exploration
基金
安徽省高等学校哲学社会科学优秀青年项目(2022AH030089)。
关键词
第二代认知科学
具身认知
生成认知
情境认知
科学计量学
second-generation cognitive science
embodied cognition
enacted cognition
situated cognition
scientometrics