Lin,Hsin / Associate Research Fellow

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Contact Information

P514

886-2-2789-6717

nilnish [at] gate.sinica.edu.tw
nilnish [at] gmail.com

Education

Secretary

Lee, Fu Fang / 886-2-2789-8985

Research Interest

獎項及殊榮

(1) 國際學術研究獎項 2019 Clarivate Analytics Highly Cited Researcher 2019
(2) 國際學術研究獎項 2018 Clarivate Analytics Highly Cited Researcher 2018

Experience

Publication

Journal Papers

  • [1]     Su Jie, Telychko Mykola, Hu Pan, Macam Gennevieve, Mutombo Pingo, Zhang Hejian, Bao Yang, Cheng Fang, Huang Zhi-Quan, Qiu Zhizhan, Tan Sherman J. R., Lin Hsin, Jelínek Pavel*, Chuang Feng-Chuan*, Wu Jishan*, Lu Jiong*, 2019, “Atomically precise bottom-up synthesis of π-extended [5]triangulene”, Science Advances, 5(7) eaav7717. (SCIE) (IF: 11.511; SCIE ranking: 6.3%)

  • [2]     Chang Tay-Rong*, Lu Qiangsheng, Wang Xiaoxiong, Lin Hsin, Miller T., Chiang Tai-Chang, Bian Guang*, 2019, “Band Topology of Bismuth Quantum Films”, Crystals, 9(10) 510. (SCIE) (IF: 2.144; SCIE ranking: 47.7%,50%)

  • [3]     Belopolski Ilya*, Manna Kaustuv, Sanchez Daniel S., Chang Guoqing, Ernst Benedikt, Yin Jiaxin, Zhang Songtian S., Cochran Tyler, Shumiya Nana, Zheng Hao, Singh Bahadur, Bian Guang, Multer Daniel, Litskevich Maksim, Zhou Xiaoting, Huang Shin-Ming, Wang Baokai, Chang Tay-Rong, Xu Su-Yang, Bansil Arun, Felser Claudia, Lin Hsin, Hasan M. Zahid*, 2019, “Discovery of topological Weyl fermion lines and drumhead surface states in a room temperature magnet”, Science, 365(6459) 1278-1281. (SCIE) (IF: 41.058; SCIE ranking: 3.1%)

  • [4]     Mannix Andrew J., Saari Timo, Kiraly Brian, Fisher Brandon L., Hsu Chia-Hsiu, Huang Zhi-Quan, Chuang Feng-Chuan, Nieminen Jouko, Lin Hsin, Bansil Arun*, Hersam Mark C.*, Guisinger Nathan P.*, 2019, “Edge states in the honeycomb reconstruction of two-dimensional silicon nanosheets”, Applied Physics Letters, 115(2) 023102. (SCIE) (IF: 3.495; SCIE ranking: 19.9%)

  • [5]     Yin Jia-Xin, Zhang Songtian S., Chang Guoqing, Wang Qi, Tsirkin Stepan S., Guguchia Zurab, Lian Biao, Zhou Huibin, Jiang Kun, Belopolski Ilya, Shumiya Nana, Multer Daniel, Litskevich Maksim, Cochran Tyler A., Lin Hsin*, Wang Ziqiang, Neupert Titus, Jia Shuang, Lei Hechang, Hasan M. Zahid*, 2019, “Negative flat band magnetism in a spin–orbit-coupled correlated kagome magnet”, Nature Physics, 15(5) 443-448. (SCIE) (IF: 22.727; SCIE ranking: 2.6%)

  • [6]     He Pan, Hsu Chuang-Han, Shi Shuyuan, Cai Kaiming, Wang Junyong, Wang Qisheng, Eda Goki, Lin Hsin, Pereira Vitor M., Yang Hyunsoo*, 2019, “Nonlinear magnetotransport shaped by Fermi surface topology and convexity”, Nature Communications, 10(1). (SCIE) (IF: 12.353; SCIE ranking: 4.7%)

  • [7]     Maghirang Aniceto B., Huang Zhi-Quan, Villaos Rovi Angelo B., Hsu Chia-Hsiu, Feng Liang-Ying, Florido Emmanuel, Lin Hsin, Bansil Arun, Chuang Feng-Chuan*, 2019, “Predicting two-dimensional topological phases in Janus materials by substitutional doping in transition metal dichalcogenide monolayers”, npj 2D Materials and Applications, 3(1).

  • [8]     Mardanya Sougata, Singh Bahadur*, Huang Shin-Ming, Chang Tay-Rong, Su Chenliang, Lin Hsin*, Agarwal Amit*, Bansil Arun*, 2019, “Prediction of threefold fermions in a nearly ideal Dirac semimetal BaAgAs”, Physical Review Materials, 3(7). (SCIE)

  • [9]     Hsu Chuang-Han, Zhou Xiaoting, Ma Qiong, Gedik Nuh, Bansil Arun, Pereira Vitor M, Lin Hsin, Fu Liang*, Xu Su-Yang*, Chang Tay-Rong*, 2019, “Purely rotational symmetry-protected topological crystalline insulator -Bi4Br4”, 2D Materials, 6(3) 031004. (SCIE) (IF: 7.042; SCIE ranking: 11.6%)

  • [10]     Xu Xitong, Kang Zhibo, Chang Tay-Rong, Lin Hsin, Bian Guang, Yuan Zhujun, Qu Zhe, Zhang Jinglei*, Jia Shuang*, 2019, “Quantum oscillations in the noncentrosymmetric superconductor and topological nodal-line semimetal PbTaSe2”, Physical Review B, 99(10). (SCIE) (IF: 3.813; SCIE ranking: 26.9%)

  • [11]     Yin Jia-Xin*, Zhang Songtian S., Dai Guangyang, Zhao Yuanyuan, Kreisel Andreas, Macam Gennevieve, Wu Xianxin, Miao Hu, Huang Zhi-Quan, Martiny Johannes H. J., Andersen Brian M., Shumiya Nana, Multer Daniel, Litskevich Maksim, Cheng Zijia, Yang Xian, Cochran Tyler A., Chang Guoqing, Belopolski Ilya, Xing Lingyi, Wang Xiancheng, Gao Yi, Chuang Feng-Chuan, Lin Hsin, Wang Ziqiang, Jin Changqing, Bang Yunkyu, Hasan M. Zahid*, 2019, “Quantum Phase Transition of Correlated Iron-Based Superconductivity in LiFe1−xCoxAs”, Physical Review Letters, 123(21). (SCIE) (IF: 8.839; SCIE ranking: 7.7%)

  • [12]     Ghosh Barun, Mardanya Sougata, Singh Bahadur*, Zhou Xiaoting, Wang Baokai, Chang Tay-Rong, Su Chenliang, Lin Hsin*, Agarwal Amit*, Bansil Arun*, 2019, “Saddle-point Van Hove singularity and dual topological state in Pt2HgSe3”, Physical Review B, 100(23). (SCIE) (IF: 3.813; SCIE ranking: 26.9%)

  • [13]     Bhattacharyya Biplab, Singh Bahadur, Aloysius R. P., Yadav Reena, Su Chenliang, Lin Hsin, Auluck S., Gupta Anurag, Senguttuvan T. D., Husale Sudhir*, 2019, “Spin-dependent scattering induced negative magnetoresistance in topological insulator Bi2Te3 nanowires”, Scientific Reports, 9(1). (SCIE) (IF: 4.122; SCIE ranking: 18.8%)

  • [14]     Villaos Rovi Angelo B., Crisostomo Christian P., Huang Zhi-Quan, Huang Shin-Ming, Padama Allan Abraham B., Albao Marvin A., Lin Hsin, Chuang Feng-Chuan*, 2019, “Thickness dependent electronic properties of Pt dichalcogenides”, npj 2D Materials and Applications, 3(1).

  • [15]     Sanchez Daniel S., Belopolski Ilya, Cochran Tyler A., Xu Xitong, Yin Jia-Xin, Chang Guoqing, Xie Weiwei, Manna Kaustuv, Süß Vicky, Huang Cheng-Yi, Alidoust Nasser, Multer Daniel, Zhang Songtian S., Shumiya Nana, Wang Xirui, Wang Guang-Qiang, Chang Tay-Rong, Felser Claudia, Xu Su-Yang, Jia Shuang, Lin Hsin, Hasan M. Zahid*, 2019, “Topological chiral crystals with helicoid-arc quantum states”, Nature, 567(7749) 500-505. (SCIE) (IF: 41.577; SCIE ranking: 1.6%)

  • [16]     Wang Baokai*, Singh Bahadur, Ghosh Barun, Chiu Wei-Chi, Hosen M. Mofazzel, Zhang Qitao, Ying Li, Neupane Madhab, Agarwal Amit, Lin Hsin, Bansil Arun*, 2019, “Topological crystalline insulator state with type-II Dirac fermions in transition metal dipnictides”, Physical Review B, 100(20). (SCIE) (IF: 3.813; SCIE ranking: 26.9%)

  • [17]     Hsu Chuang-Han, Zhou Xiaoting, Chang Tay-Rong, Ma Qiong, Gedik Nuh, Bansil Arun, Xu Su-Yang*, Lin Hsin*, Fu Liang*, 2019, “Topology on a new facet of bismuth”, Proceedings of the National Academy of Sciences, 116(27) 13255-13259.

  • [18]     Zhang Songtian S., Yin Jia-Xin*, Dai Guangyang, Zheng Hao, Chang Guoqing, Belopolski Ilya, Wang Xiancheng, Lin Hsin*, Wang Ziqiang, Jin Changqing, Hasan M. Zahid*, 2019, “Vector field controlled vortex lattice symmetry in LiFeAs using scanning tunneling microscopy”, Physical Review B, 99(16). (SCIE) (IF: 3.813; SCIE ranking: 26.9%)

  • [19]     Zhou Jiadong, Lin Junhao*, Huang Xiangwei, Zhou Yao, Chen Yu, Xia Juan, Wang Hong, Xie Yu, Yu Huimei, Lei Jincheng, Wu Di, Liu Fucai, Fu Qundong, Zeng Qingsheng, Hsu Chuang-Han, Yang Changli, Lu Li, Yu Ting, Shen Zexiang, Lin Hsin, Yakobson Boris I., Liu Qian, Suenaga Kazu, Liu Guangtong*, Liu Zheng*, 2018, “A library of atomically thin metal chalcogenides”, Nature, 556(7701) 355-359. (SCIE) (IF: 40.137; SCIE ranking: 1.6%)

  • [20]     Xu Su-Yang, Ma Qiong, Shen Huitao, Fatemi Valla, Wu Sanfeng, Chang Tay-Rong, Chang Guoqing, Valdivia Andrés M. Mier, Chan Ching-Kit, Gibson Quinn D., Zhou Jiadong, Liu Zheng, Watanabe Kenji, Taniguchi Takashi, Lin Hsin, Cava Robert J., Fu Liang, Gedik Nuh*, Jarillo-Herrero Pablo*, 2018, “Electrically switchable Berry curvature dipole in the monolayer topological insulator WTe2”, Nature Physics, 14(9) 900-906. (SCIE) (IF: 22.806; SCIE ranking: 2.5%)

  • [21]     Song Peng, Hsu Chuanghan, Zhao Meng, Zhao Xiaoxu, Chang Tay-Rong, Teng Jinghua, Lin Hsin, Loh Kian Ping*, 2018, “Few-layer 1T′ MoTe2 as gapless semimetal with thickness dependent carrier transport”, 2D Materials, 5(3) 031010. (SCIE) (IF: 6.937; SCIE ranking: 9.5%)

  • [22]     Yin Jia-Xin, Zhang Songtian S., Li Hang, Jiang Kun, Chang Guoqing, Zhang Bingjing, Lian Biao, Xiang Cheng, Belopolski Ilya, Zheng Hao, Cochran Tyler A., Xu Su-Yang, Bian Guang, Liu Kai, Chang Tay-Rong, Lin Hsin, Lu Zhong-Yi, Wang Ziqiang, Jia Shuang, Wang Wenhong, Hasan M. Zahid*, 2018, “Giant and anisotropic many-body spin–orbit tunability in a strongly correlated kagome magnet”, Nature, 562(7725) 91-95. (SCIE) (IF: 40.137; SCIE ranking: 1.6%)

  • [23]     Hsu Chia-Hsiu, Huang Zhi-Quan, Lin Cho-Ying, Macam Gennevieve M., Huang Yu-Zhang, Lin Deng-Sung*, Chiang Tai Chang, Lin Hsin*, Chuang Feng-Chuan*, Huang Li*, 2018, “Growth of a predicted two-dimensional topological insulator based on InBi-Si(111)- 7×7”, Physical Review B, 98(12). (SCIE) (IF: 3.836; SCIE ranking: 26.9%)

  • [24]     Yu Wing Chi, Zhou Xiaoting*, Chuang Feng-Chuan, Yang Shengyuan A*., Lin Hsin*, Bansil Arun, 2018, “Nonsymmorphic cubic Dirac point and crossed nodal rings across the ferroelectric phase transition in LiOsO3”, Physical Review Materials, 2(5).

  • [25]     Ma Qiong, Xu Su-Yang, Shen Huitao, MacNeill David, Fatemi Valla, Chang Tay-Rong, Mier Valdivia Andrés M., Wu Sanfeng, Du Zongzheng, Hsu Chuang-Han, Fang Shiang, Gibson Quinn D., Watanabe Kenji, Taniguchi Takashi, Cava Robert J., Kaxiras Efthimios, Lu Hai-Zhou, Lin Hsin, Fu Liang, Gedik Nuh, Jarillo-Herrero Pablo*, 2018, “Observation of the nonlinear Hall effect under time-reversal-symmetric conditions”, Nature, 565(7739) 337-342. (SCIE) (IF: 41.577; SCIE ranking: 1.6%)

  • [26]     Huang Zhi-Quan, Chen Wei-Chih, Macam Gennevieve M., Crisostomo Christian P., Huang Shin-Ming, Chen Rong-Bin, Albao Marvin A., Jang Der-Jun, Lin Hsin, Chuang Feng-Chuan*, 2018, “Prediction of Quantum Anomalous Hall Effect in MBi and MSb (M:Ti, Zr, and Hf) Honeycombs”, Nanoscale Research Letters, 13(1). (SCIE) (IF: 2.833; SCIE ranking: 27%,47.1%,28%)

  • [27]     Zhu Zhen, Chang Tay-Rong, Huang Cheng-Yi, Pan Haiyang, Nie Xiao-Ang, Wang Xin-Zhe, Jin Zhe-Ting, Xu Su-Yang, Huang Shin-Ming, Guan Dan-Dan, Wang Shiyong, Li Yao-Yi, Liu Canhua, Qian Dong, Ku Wei, Song Fengqi, Lin Hsin, Zheng Hao*, Jia Jin-Feng*, 2018, “Quasiparticle interference and nonsymmorphic effect on a floating band surface state of ZrSiSe”, Nature Communications, 9(1). (SCIE) (IF: 12.124; SCIE ranking: 4.7%)

  • [28]     Chen Chuan, Singh Bahadur, Lin Hsin, Pereira Vitor M.*, 2018, “Reproduction of the Charge Density Wave Phase Diagram in 1T−TiSe2 Exposes its Excitonic Character”, Physical Review Letters, 121(22). (SCIE) (IF: 8.462; SCIE ranking: 7.6%)

  • [29]     Wang Qisheng, Li Jie, Besbas Jean, Hsu Chuang-Han, Cai Kaiming, Yang Li, Cheng Shuai, Wu Yang, Zhang Wenfeng, Wang Kaiyou, Chang Tay-Rong, Lin Hsin, Chang Haixin*, Yang Hyunsoo*, 2018, “Room-Temperature Nanoseconds Spin Relaxation in WTe2 and MoTe2 Thin Films”, Advanced Science, 5(6) 1700912. (SCIE) (IF: 9.034; SCIE ranking: 9.6%,6.5%,10.3%)

  • [30]     Iaia Davide, Chang Guoqing, Chang Tay-Rong, Hu Jin, Mao Zhiqiang, Lin Hsin, Yan Shichao*, Madhavan Vidya*, 2018, “Searching for topological Fermi arcs via quasiparticle interference on a type-II Weyl semimetal MoTe2”, npj Quantum Materials, 3(1).

  • [31]     Singh Bahadur*, Mardanya Sougata, Su Chenliang, Lin Hsin*, Agarwal Amit*, Bansil Arun, 2018, “Spin-orbit coupling driven crossover from a starfruitlike nodal semimetal to Dirac and Weyl semimetal state in CaAuAs”, Physical Review B, 98(8). (SCIE) (IF: 3.836; SCIE ranking: 26.9%)

  • [32]     Susilo R.A.*, Hsu C.-H., Lin H., Cadogan J.M., Hutchison W.D., Campbell S.J., 2018, “Structural, thermal and magnetic properties of Y2Fe2Si2C”, Journal of Alloys and Compounds, 778 618-624. (SCIE) (IF: 3.133; SCIE ranking: 24%,6.8%,34.9%)

  • [33]     Zhou Xiaoting, Hsu Chuang-Han, Chang Tay-Rong*, Tien Hung-Ju, Ma Qiong, Jarillo-Herrero Pablo, Gedik Nuh, Bansil Arun, Pereira Vitor M., Xu Su-Yang*, Lin Hsin, Fu Liang*, 2018, “Topological crystalline insulator states in the Ca2As family”, Physical Review B, 98(24). (SCIE) (IF: 3.836; SCIE ranking: 26.9%)

  • [34]     Singh Bahadur*, Ghosh Barun, Su Chenliang*, Lin Hsin*, Agarwal Amit*, Bansil Arun, 2018, “Topological Hourglass Dirac Semimetal in the Nonpolar Phase of Ag2BiO3”, Physical Review Letters, 121(22), 226401. (SCIE) (IF: 8.462; SCIE ranking: 7.6%)

  • [35]     Chang Guoqing, Wieder Benjamin J., Schindler Frank, Sanchez Daniel S., Belopolski Ilya, Huang Shin-Ming, Singh Bahadur, Wu Di, Chang Tay-Rong, Neupert Titus, Xu Su-Yang*, Lin Hsin*, Hasan M. Zahid*, 2018, “Topological quantum properties of chiral crystals”, Nature Materials, 17(11) 978-985. (SCIE) (IF: 39.737; SCIE ranking: 0.7%,0.7%,1.5%,0.4%)

  • [36]     Huang Shin-Ming*, Hsu Chuang-Han, Xu Su-Yang, Lee Chi-Cheng, Shiau Shiue-Yuan, Lin Hsin, Bansil Arun, 2018, “Topological superconductor in quasi-one-dimensional Tl2−xMo6Se6”, Physical Review B, 97(1). (SCIE) (IF: 3.836; SCIE ranking: 26.9%)

  • [37]     Singh Bahadur, Chang Guoqing, Chang Tay-Rong, Huang Shin-Ming, Su Chenliang*, Lin Ming-Chieh*, Lin Hsin*, Bansil Arun, 2018, “Tunable double-Weyl Fermion semimetal state in the SrSi2 materials class”, Scientific Reports, 8(1). (SCIE) (IF: 4.259; SCIE ranking: 15.6%)

  • [38]     Crisostomo Christian P., Huang Zhi-Quan, Hsu Chia-Hsiu, Chuang Feng-Chuan*, Lin Hsin*, Bansil Arun, 2017, “Chemically induced large-gap quantum anomalous Hall insulator states in III-Bi honeycombs”, npj Computational Materials, 3(1). (SCIE) (IF: 8.941; SCIE ranking: 13.6%,8.4%)

  • [39]     Trainer Daniel J., Putilov Aleksei V., Wang Baokai, Lane Christopher, Saari Timo, Chang Tay-Rong, Jeng Horng-Tay, Lin Hsin, Xi Xiaoxing, Nieminen Jouko, Bansil Arun, Iavarone Maria*, 2017, “Moiré superlattices and 2D electronic properties of graphite/MoS2 heterostructures”, Journal of Physics and Chemistry of Solids, 128 325-330. (SCIE) (IF: 2.207; SCIE ranking: 49.7%,52.2%)

發現與突破

(1) 西元年:2018
研究人員(中):林新
研究人員(英):LIN, HSIN, Chang Guoqing, Wieder Benjamin J., Schindler Frank, Sanchez Daniel S., Belopolski Ilya, Huang Shin-Ming, Singh Bahadur, Wu Di, Chang Tay-Rong, Neupert Titus, Xu Su-Yang, Hasan M. Zahid
研究成果名稱(中):手性晶體中的克拉莫-外爾費米子
研究成果名稱(英):Topological quantum properties of chiral crystals
簡要記述(中):物理所林新的理論團隊與合作夥伴結合第一級原理電子能帶結構計算與理論分析,發現非磁性的上千種手性晶體,只要引入電子自旋軌道耦合,就普遍存在外爾費米子在倒晶格的時間反演不變點上。非磁性的手性晶體有時間反演對稱性,按克拉莫定理,帶有自旋的電子能態在時間反演不變點上是簡併態,進一步理論分析發現簡併態附近的準粒子遵守外爾方程式,這種新的外爾費米子命名為克拉莫-外爾費米子。此成果已發表於《自然材料》期刊Nature Materials 17, 978, (2018),並獲該期刊news & views所報導(doi: 10.1038/s41563-018-0210-6)。
簡要記述(英):Combining the first-principles electronic band structures calculations and topological band theory, Dr. Hsin Lin of Institute of Physics and his collaborators found the nonmagnetic chiral crystals generally host Weyl fermions on the time-reversal-invariant points in the reciprocal lattice when the spin-orbit coupling is present. Since Nonmagnetic chiral crystals preserve the time-reversal symmetry, according to Kramers theorem, the spin up and down electronic states have to be degenerate on the time-reversal-invariant points. The quasiparticles around the degeneracy obey Weyl equations, and these new type of fermions are termed Kramers-Weyl fermions. This work has been published in Nature Materials 17, 978, (2018). The article is also highlighted in Nature Materials news & views. (doi: 10.1038/s41563-018-0210-6).
主要相關著作:
Chang Guoqing, Wieder Benjamin J., Schindler Frank, Sanchez Daniel S., Belopolski Ilya, Huang Shin-Ming, Singh Bahadur, Wu Di, Chang Tay-Rong, Neupert Titus, Xu Su-Yang*, Lin Hsin*, Hasan M. Zahid*, 2018, “Topological quantum properties of chiral crystals”, Nature Materials, 17(11) 978-985. (SCIE) (IF: 39.737; SCIE ranking: 0.7%,0.7%,1.5%,0.4%)
(2) 西元年:2018
研究人員(中):林新
研究人員(英):LIN, HSIN, Singh Bahadur, Ghosh Barun, Su Chenliang, Agarwal Amit, Bansil Arun
研究成果名稱(中):漏斗型拓樸半金屬Ag2BiO3
研究成果名稱(英):Topological Hourglass Dirac Semimetal in the Nonpolar Phase of Ag2BiO3
簡要記述(中):第一級原理能帶計算預測非極性Ag2BiO3為漏斗型狄拉克拓樸半金屬。
簡要記述(英):Our first-principles calculations, combined with a symmetry analysis, reveal the presence of a nearly ideal hourglass-Dirac-semimetal state in the nonpolar structure of Ag2BiO3.
主要相關著作:
Singh Bahadur*, Ghosh Barun, Su Chenliang*, Lin Hsin*, Agarwal Amit*, Bansil Arun, 2018, “Topological Hourglass Dirac Semimetal in the Nonpolar Phase of Ag2BiO3”, Physical Review Letters, 121(22), 226401. (SCIE) (IF: 8.462; SCIE ranking: 7.6%)
(3) 西元年:2018
研究人員(中):林新
研究人員(英):LIN, HSIN, Zhu Zhen, Chang Tay-Rong, Huang Cheng-Yi, Pan Haiyang, Nie Xiao-Ang, Wang Xin-Zhe, Jin Zhe-Ting, Xu Su-Yang, Huang Shin-Ming, Guan Dan-Dan, Wang Shiyong, Li Yao-Yi, Liu Canhua, Qian Dong, Ku Wei, Song Fengqi, Zheng Hao, Jia Jin-Feng
研究成果名稱(中):ZrSiSe表面的干涉條紋
研究成果名稱(英):Quasiparticle interference and nonsymmorphic effect on a floating band surface state of ZrSiSe
簡要記述(中):ZrSiSe表面的干涉條紋
簡要記述(英):Quasiparticle interference on ZrSiSe (001) surface.
主要相關著作:
Zhu Zhen, Chang Tay-Rong, Huang Cheng-Yi, Pan Haiyang, Nie Xiao-Ang, Wang Xin-Zhe, Jin Zhe-Ting, Xu Su-Yang, Huang Shin-Ming, Guan Dan-Dan, Wang Shiyong, Li Yao-Yi, Liu Canhua, Qian Dong, Ku Wei, Song Fengqi, Lin Hsin, Zheng Hao*, Jia Jin-Feng*, 2018, “Quasiparticle interference and nonsymmorphic effect on a floating band surface state of ZrSiSe”, Nature Communications, 9(1). (SCIE) (IF: 12.124; SCIE ranking: 4.7%)
(4) 西元年:2018
研究人員(中):林新
研究人員(英):LIN, HSIN, Yin Jia-Xin, Zhang Songtian S., Li Hang, Jiang Kun, Chang Guoqing, Zhang Bingjing, Lian Biao, Xiang Cheng, Belopolski Ilya, Zheng Hao, Cochran Tyler A., Xu Su-Yang, Bian Guang, Liu Kai, Chang Tay-Rong, Lu Zhong-Yi, Wang Ziqiang, Jia Shuang, Wang Wenhong, Hasan M. Zahid
研究成果名稱(中):截半六邊形鑲嵌鐵磁材料Fe3Sn2
研究成果名稱(英):Giant and anisotropic many-body spin–orbit tunability in a strongly correlated kagome magnet
簡要記述(中):截半六邊形鑲嵌鐵磁材料Fe3Sn2的電子能態因電子自旋軌道耦合展現巨大的異向性能量位移。
簡要記述(英):The topological magnet Fe3Sn2 exhibits a giant nematic energy shift of an electronic state, demonstrating anisotropic spin–orbit tunability.
主要相關著作:
Yin Jia-Xin, Zhang Songtian S., Li Hang, Jiang Kun, Chang Guoqing, Zhang Bingjing, Lian Biao, Xiang Cheng, Belopolski Ilya, Zheng Hao, Cochran Tyler A., Xu Su-Yang, Bian Guang, Liu Kai, Chang Tay-Rong, Lin Hsin, Lu Zhong-Yi, Wang Ziqiang, Jia Shuang, Wang Wenhong, Hasan M. Zahid*, 2018, “Giant and anisotropic many-body spin–orbit tunability in a strongly correlated kagome magnet”, Nature, 562(7725) 91-95. (SCIE) (IF: 40.137; SCIE ranking: 1.6%)
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