首页|基于专利计量的全球量子信息技术发展态势分析

基于专利计量的全球量子信息技术发展态势分析

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量子信息技术的研究与应用是当前和未来的重大突破性领域之一,世界科技先进国家无不高度重视量子信息研发,投入巨资以期抢占量子信息科技制高点.本文基于壹专利数据库,对量子信息技术专利进行了申请趋势、技术来源与应用分布、专利技术挖掘以及申请人合作演进等方面的分析.研究发现:中美两国在专利拥有量与市场需求量均居于领先地位;全球各国的布局热点均较为集中在量子通信和量子计算领域,广泛热衷于优化超导器件性能、提升通信传输速率等;量子信息技术专利的重要申请人合作网络规模迅速扩张.并从明确量子信息顶层设计、加强技术跟踪与高价值专利布局、强化协同攻关与专利合作等方面提出建议和得到启示.
Analysis on the Development Strategies and Trends of Global Quantum Information Technology Based on Patent Metrology
The research and application of quantum information technology is one of the major breakthrough fields at present and in the future.All the world's advanced countries in science and technology attach great importance to the research and development of quantum information,and invest huge amounts of money to seize the scientific and technological commanding heights of quantum information.Based on the PatYee Database,this paper analyzes the application trend,technology source and application distribution,patent technology mining,and applicant cooperation evolution of quantum information technology patents.Research has found that both China and the United States are in a leading position in terms of patent ownership and market demand;the layout hotspots of various countries around the world are relatively concentrated in the fields of quantum communication and quantum computing,and are widely enthusiastic about optimizing the performance of superconducting devices and improving communication transmission rates;the cooperation network of important applicants for quantum information technology patents expanded rapidly.The enlightenment suggestions are put forward from the aspects of clarifying the top-level design of quantum information,strengthening technology tracking and high-value patent layout,and strengthening collaborative research and patent cooperation.

quantum informationtechnology miningpatent cooperationdevelopment trend

郝世博、陈雨涵

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南京理工大学知识产权学院,南京 210094

量子信息 技术挖掘 专利合作 发展态势

江苏省社会科学基金项目南京理工大学国家知识产权示范高校软课题

21TQB001SFGX-202303004

2024

中国发明与专利
知识产权出版社,中国发明协会

中国发明与专利

CSTPCD
影响因子:0.15
ISSN:1672-6081
年,卷(期):2024.21(3)
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