摘要
凝聚态物理学是物理学一个较大的分支学科,被美国、欧盟、英国作为发展量子信息科学、数字技术、磁性材料的重要基础学科之一。凝聚态物理在高温超导、拓扑物态领域取得了重要进展。文章将聚焦凝聚态物理理论研究方向,基于论文的学术影响力遴选出4个重要的机构,从机构组织结构和产出能力基本情况、机构的合作模式、资助机构、机构学术影响力4个维度分析,由点及面,反映我国在凝聚态物理理论研究领域的学术能力,并以此为基础,对我国在该领域需要提升的方面提出建议。建议我国围绕现有凝聚态物理理论领域的优势成果,拓展研究的深度和广度。基于凝聚态物理理论研究在量子信息科学等领域的重要作用,推动军事资助机构在凝聚态物理理论研究领域的投资。在提升核心科学家能力的基础之上,继续壮大发展研究队伍。继续拓宽国际合作的范围,争取能和更多国家、更多世界著名院校机构开展交流、合作。
Condensed matter physics is a large branch of physics,which is regarded as one of the important basic disciplines in the development of quantum information science,digital technology and magnetic materials by the United States,the European Union and the United Kingdom.Research in condensed matter physics has achieved great progress in the fields of high temperature superconductivity and topological state.This paper focuses on the theoretical research direction of condensed matter physics,and selects four important institutions based on the academic influence of the paper,and analyzes from five dimensions:the number of core scientists and professional richness,the cooperation mode of institutions,funding institutions,output capacity,and academic influence,reflecting the academic ability of China in the field of condensed matter physics theory research.Based on this,the paper puts forward suggestions on the aspects that need to be improved in this field.Based on the existing advantages in the field of condensed matter physics theory,the depth and breadth of the research are expanded.Based on the important role of theoretical research of condensed matter physics in quantum information science and other fields,the paper suggests to promote the investment of military funding institutions in the field of condensed matter physics theoretical research.On the basis of improving the ability of core scientists,the paper suggests to continue expanding and developing research teams,as well as expanding the scope of international cooperation and striving to carry out exchanges and cooperation with more countries and more world-famous institutions.
作者
吕凤先
刘小平
赵建
LV Fengxian;LIU Xiaoping;ZHAO Jian(National Science Library,Chinese Academy of Sciences,Beijing 100190,China;Department of Library,Information and Archives Management,School of Economics and Management,University of Chinese Academy of Sciences,Beijing 100190,China)
出处
《世界科技研究与发展》
CSCD
2021年第3期344-355,共12页
World Sci-Tech R&D
基金
2021年国家重大科技战略问题情报研究专项(2021XM59)。
关键词
凝聚态物理理论
重要机构
比较分析
文献计量
Condensed Matter Physics Theory
Important Institution
Comparative Analysis
Bibliometrics