The chart shows the distribution of publications by all Research.com ranked scientists in the field of Materials Science in 2026. The highlighted bar marks where Qi-Kun Xue sits on this spectrum.
This scientist: 681 publications — 95th percentile
95% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 1,163 publications or more.
The chart shows the D-index (discipline H-index) distribution of Materials Science scientists ranked by Research.com in 2026. The highlighted bar marks where Qi-Kun Xue sits on this spectrum.
This scientist: 102 D-Index — 93rd percentile
93% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 165 D-Index or more.
Qi-Kun Xue is affiliated with the Southern University of Science and Technology in China. Their research spans multiple fields within physics and materials science, focusing particularly on condensed matter physics and materials chemistry. They have contributed extensively to studies in atomic and molecular physics, optics, and electronic, optical, and magnetic materials.
The scientist has a significant publication record, including papers in renowned journals such as Nano Letters, Physical Review X, National Science Review, Nature Communications, and Physical Review Materials. Some of their recent papers include:
Their most frequent co-authors include Xu-Cun Ma, Can-Li Song, Yunyi Zang, Ke He, and Wenyu Song, indicating ongoing collaborations within their research network.
Frequently chosen publication venues for their work are arXiv (Cornell University), Physical Review B, Nano Letters, Zenodo (CERN European Organization for Nuclear Research), and Nature Communications.
Qi-Kun Xue's research topics predominantly cover:
Their scientific contributions are grounded in exploring the electronic, magnetic, and structural properties of novel materials using advanced microscopy and fabrication techniques. This work supports the broader goals of understanding quantum phenomena in condensed matter systems and developing future applications in electronics and superconductivity.
Cui Zu Chang;Cui Zu Chang;Jinsong Zhang;Xiao Feng;Xiao Feng;Jie Shen
Yi Zhang;Ke He;Cui Zu Chang;Cui Zu Chang;Can Li Song
Qing-Yan Wang;Qing-Yan Wang;Zhi Li;Wen-Hao Zhang;Zuo-Cheng Zhang
Yi Zhang;Ke He;Cui Zu Chang;Cui Zu Chang;Can Li Song
Jian Feng Ge;Zhi Long Liu;Canhua Liu;Chun Lei Gao
Dehui Deng;Xiulian Pan;Liang Yu;Yi Cui
Jian-Feng Ge;Zhi-Long Liu;Canhua Liu;Chun-Lei Gao
Kai Chang;Junwei Liu;Junwei Liu;Haicheng Lin;Na Wang
Tong Zhang;Tong Zhang;Peng Cheng;Xi Chen;Jin-Feng Jia
Shaolong He;Junfeng He;Wenhao Zhang;Wenhao Zhang;Lin Zhao
Jin Peng Xu;Mei Xiao Wang;Zhi Long Liu;Jian Feng Ge
Yang Guo;Yan-Feng Zhang;Xin-Yu Bao;Tie-Zhu Han
Tong Zhang;Peng Cheng;Wen Juan Li;Yu Jie Sun
Yan Gong;Jingwen Guo;Jiaheng Li;Kejing Zhu
Jinsong Zhang;Cui Zu Chang;Cui Zu Chang;Zuocheng Zhang;Jing Wen
Mei Xiao Wang;Canhua Liu;Jin Peng Xu;Fang Yang
Defa Liu;Wenhao Zhang;Wenhao Zhang;Daixiang Mou;Junfeng He
Peng Cheng;Canli Song;Tong Zhang;Tong Zhang;Yanyi Zhang
Yao Yi Li;Guang Wang;Xie Gang Zhu;Min Hao Liu
Can-Li Song;Can-Li Song;Yi-Lin Wang;Peng Cheng;Ye-Ping Jiang;Ye-Ping Jiang
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