（#共同一作，*通讯作者）

[1]. Zhen Ning#, Da-Shuai Ma#, Junjie Zeng, Dong-Hui Xu*, Rui Wang*, Flexible Control of Chiral Superconductivity in Optically Driven Nodal Point Superconductors with Antiferromagnetism. Physical Review Letters 133, 246606 (2024).

[2]. Fangyang Zhan, Zheng Qin, Dong-Hui Xu, Xiaoyuan Zhou, Da-Shuai Ma*, Rui Wang*, Design of Antiferromagnetic Second-Order Band Topology with Rotation Topological Invariants in Two Dimensions. Nano Letters 24, 25, 7741–7747 (2024).

[3]. Shengpu Huang, Fangyang Zhan, Xianyong Ding, Dong-Hui Xu*, Da-Shuai Ma*, Rui Wang*, Controllable Weyl nodes and Fermi arcs from Floquet engineering triple fermions. Physical Review B 110 (12), L121118 (2024).

[4]. Yu-Hao Wei#, Hao-Dong Liu#, Da-Shuai Ma*, Hong-Kuan Yuan, Bao-Tian Wang*, Min-Quan Kuang*, Realization of kagome lattice and superconductivity in topological electrides. Physical Review B 110 (5), 054511 (2024).

[5]. Shuai Fan#, Shengpu Huang#, Zhuo Chen#, Fangyang Zhan, Xian-Yong Ding, Da-Shuai Ma*, Rui Wang*, Circularly polarized light irradiated ferromagnetic $\mathrm{MnBi_2Te_4}$: A possible ideal Weyl semimetal. Physical Review B 110 (12), 125204 (2024).

[6]. Da-Shuai Ma, Kejun Yu, Xiao-Ping Li, Xiaoyuan Zhou*, Rui Wang*, Obstructed atomic insulators with robust corner modes. Physical Review B 108 (10), L100101 (2023).

[7]. Shuai Fan, Botao Fu, Da-Shuai Ma*, Rui Wang*, Complete topological phase diagram and realization of minimum Weyl nodes in a sheared chiral crystal of elemental tellurium. Physical Review B 108 (23), 235211 (2023).

[8]. Meng-Xin Wu#, Yu-Hao Wei#, Da-Shuai Ma*, Peng Wang, Nan Gao, Shao-Yi Wu*, Min-Quan Kuang*, In-plane canted ferromagnetism, intrinsic Weyl fermions, and large anomalous Hall effect in the kagome semimetal $\mathrm{Rh_3Sn_2S_2}$. Physical Review B 108 (17), 174430 (2023).

[9]. Xianyong Ding#, Xin Jin#, Zhuo Chen, Xuewei Lv, Da-Shuai Ma*, Xiaozhi Wu*, Rui Wang, Abundant surface-semimetal phases in three-dimensional obstructed atomic insulators. Physical Review B 108 (8), 085135 (2023).

[10]. Yu-Hao Wei, Da-Shuai Ma*, Hong-Kuan Yuan, Xiaotian Wang*, Min-Quan Kuang*, Topological insulator path toward efficient hydrogen evolution catalysts in the Li2Pt family. Physical Review B 107 (23), 235414 (2023).

[11]. Hongbo Wu, Da-Shuai Ma*, Botao Fu*, Hybrid nodal-chain semimetal with emergent flat band in $\mathrm{MgCaN_2}$. New Journal of Physics 25 (3), 033005 (2023).

[12]. Nicolas Regnault*, Yuanfeng Xu*, Ming-Rui Li#, Da-Shuai Ma#, Milena Jovanovic, Ali Yazdani, Stuart SP Parkin, Claudia Felser, Leslie M Schoop, N Phuan Ong, Robert J Cava, Luis Elcoro#, Zhi-Da Song#, B Andrei Bernevig*, Catalogue of flat-band stoichiometric materials. Nature 603 (7903), 824-828 (2022).

[13]. Xiao-Ping Li, Da-Shuai Ma*, Cheng-Cheng Liu, Zhi-Ming Yu, Yugui Yao*, From atomic semimetal to topological nontrivial insulator. Physical Review B 105 (16), 165135 (2022).

[14]. Botao Fu, Da-Shuai Ma*, Chao He, Yong-Hong Zhao, Zhi-Ming Yu, Yugui Yao, Two-dimensional Dirac semiconductor and its material realization. Physical Review B 105 (3), 035126 (2022).

[15]. Run-Wu Zhang**#**, Da-Shuai Ma#, Jian-Min Zhang, Yugui Yao, Weyl nodal-line surface half-metal in CaFeO3. Physical Review B 103 (19), 195115 (2021).

[16]. Da-Shuai Ma, Yuanfeng Xu, Christie S Chiu, Nicolas Regnault, Andrew A Houck, Zhida Song, B Andrei Bernevig*, Spin-orbit-induced topological flat bands in line and split graphs of bipartite lattices. Physical Review Letters 125 (26), 266403 (2020).

[17]. Da-Shuai Ma#, Jianhui Zhou#, Botao Fu, Zhi-Ming Yu, Cheng-Cheng Liu*, Yugui Yao*, Mirror protected multiple nodal line semimetals and material realization. Physical Review B 98 (20), 201104 (2018).

[18]. Da-Shuai Ma, Zhi-Ming Yu*, Hui Pan, Yugui Yao*, Trigonal warping induced unusual spin texture and strong spin polarization in graphene with the Rashba effect. Physical Review B 97 (8), 085416 (2018).

[19]. Zhi-Ming Yu#, Da-Shuai Ma#, Hui Pan, Yugui Yao*, Double reflection and tunneling resonance in a topological insulator: Towards the quantification of warping strength by transport. Physical Review B 96 (12), 125152 (2017).

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