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Chuanying Xi

As seen in: Nature
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Articles

Robust flat-magnetoresistivity in D0 3 -Fe 3 Ga driven by chiral anomaly

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By Ruoqi Wang, Xinyang Li, Bo Zhao, Haofu Wen, Xin Gu, Shijun Yuan, Langsheng Ling, Chuanying Xi, Ze Wang, Kunquan Hong, Liang Ma, Ke Xia, Taishi Chen, Jinlan Wang
| Nature Verified
Abstract Topologically non‑trivial nodes emerging from flat‑band crossings not only enhance unconventional topological responses but also play a fundamental role in exploring correlation‑driven topological physics. Here, we report the exceptionally robust chiral-anomaly-dominated transport in D03-Fe3Ga. Firstly, we observe a perfect combination of positive/negative magnetoresistance, ideal planar longitudinal magnetoresistance (PLMR), and planar Hall effect (PHE).
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Field re-entrant superconductivity in Eu-doped infinite-layer nickelates

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By Mingwei Yang, Jiayin Tang, Xianfeng Wu, Heng Wang, Wenjing Xu, Haoliang Huang, Zhicheng Pei, Wenjie Meng, Ming Yang Verified, Jinfeng Xu, Sixia Hu, Junfeng Wang, Ze Wang, Chuanying Xi, Qingyou Lu, Ziqiang Wang, Zhuoyu Chen, Danfeng Li, Guangli Kuang, Qikun Xue
| Nature Verified
Abstract Intertwined superconducting and magnetic orders may give rise to exotic quantum phases1–7, including field-induced and re-entrant superconductivity8–10. However, such magnetism-enhanced superconductivity has remained elusive in superconductors with higher transition temperatures1–3. While infinite-layer nickelates represent a new class of unconventional superconductors11–20, the impact of rare-earth magnetism on superconducting properties remains largely unexplored.
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Giant room-temperature third-order electrical transport in a thin-film altermagnet candidate Original

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By Hongyu Chen, Peixin Qin, Ziang Meng, Guojian Zhao, Kai Chen, Chuanying Xi, Xiaoning Wang, Li N Liu, Zhiyuan Duan, Jingyu Li, Xiaoyang Tan, Jinghua Liu, Jianfeng Wang, Huiying Liu, Chengbao Jiang, Zhiqi Liu, Sixu Jiang
| Nature Verified
Abstract Quantum geometry, a quantum mechanical quantity comprised of Berry curvature and quantum metric, describes the geometric structure of the electronic bands in solids. The correlation between nontrivial quantum geometry and quantum materials leads to new findings in condensed matter systems.
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